Podcasts about Solar Dynamics Observatory

SpaceTime Series 27 Episode 122*The Sun's Most Powerful Solar Flare in Over a DecadeThe Sun has unleashed its most powerful solar flare in more than a decade, with a spectacular X9.1 class event. This massive solar flare, part of a pair that erupted just two days apart, was detected by NASA's Solar Dynamics Observatory. The event sparked strong G3 class geomagnetic storms, causing auroral activity to reach mid-latitudes and triggering deep shortwave radio blackouts. Solar flares, like this one, can have significant impacts on Earth's atmosphere, communications, and power grids.*Ceres: A Former Ocean World?New research suggests that the dwarf planet Ceres may have once been an ocean world. The study, published in Nature Astronomy, indicates that Ceres has a dirty icy crust, suggesting a past filled with muddy oceans. Computer simulations reveal that the crust may contain up to 90% ice, challenging previous assumptions of a drier Ceres. The findings are based on data from NASA's Dawn mission, which observed surface features like volcanoes and glaciers.*NASA's Europa Clipper MissionNASA's Europa Clipper mission is set for launch to explore Jupiter's ice-covered moon, Europa. The mission aims to investigate the moon's potential for life, with a suite of nine scientific instruments on board. These tools will study Europa's icy crust, subsurface ocean, and surface composition. The spacecraft will perform 49 flybys of Europa, gathering data to help scientists understand the moon's habitability and its potential for hosting life.00:00:00 - The sun unleashes its most powerful solar flare in more than a decade00:00:27 - The sun has just emitted its most powerful solar flare in more than a decade00:04:35 - New study claims dwarf planet Ceres may once have been an ocean world00:14:34 - NASA's Europa Clipper mission is looking for life on icy moon Europa00:19:58 - New figures show 47,000 people suffered heat related deaths across Europe last year00:22:33 - Microsoft will release a new update for Windows 11 next month with AI features00:25:46 - Outlook reminds you you haven't added your attachment yet00:26:56 - Spacetime is available every Monday, Wednesday and Friday through various podcast providerswww.spacetimewithstuartgary.comwww.bitesz.com

In this episode of Star Warsologies, we talk space travel with a NASA project support specialist! At San Diego Comic-Con, James struck up a conversation with Johnathan Brendle at the NASA exhibit booth and he agreed to come on the podcast! We cover tons of space travel questions, including: What are hyperspace tunnels (purgill holes maybe?)? Do you need headlights in space? Is the Death Star basically a microwave? Show Links: Follow Johnny on TikTok and Instagram! Learn more about NASA's Goddard Space Flight Center and some of the projects Johnny mentioned, like the Solar Dynamics Observatory, Solar System Exploration. If you're interested in working at NASA, check out their internship and fellowship programs, or search USA Jobs for positions at NASA. You can pre-order James's crossword puzzle book now! For a free puzzle, download the activity kit from Star Wars Reads! Subscribe to never miss an episode of Star Warsologies on Apple, Spotify, or wherever you listen to podcasts. Did you miss an earlier episode? Catch up here! Follow us on Twitter, Instagram, or join our Facebook fan group! Star Warsologies is a podcast about science in a galaxy far, far away. Hosts James Floyd and Melissa Miller combine their love of storytelling in the franchise with their keen interest in all things academic.

This is our first mediation called Healing Sun Mediation. Audiobooks and courses: https://emma-digallo-s-school.teachable.com/ YouTube Channel self-care: https://www.youtube.com/channel/UCFo4nESomKOXVrKDoST6GfQ YouTube Channel All about Business: https://www.youtube.com/channel/UC86s2ZCT-JvW4A5i3UfoaLACredit for the sound of the sun NASA's Goddard Space Flight CenterCredit picture of the Sun NASA's Solar Dynamics Observatory captured this image of a solar flare – as seen in the bright eruption on the lower left – at 6:57 UTC on May 27, 2024. The image shows a blend of 171 Angstrom and 304 Angstrom light, subsets of extreme ultraviolet light. Credit: NASA/SDO

Live from York's Festival of Ideas*, in front of an audience of ... what, had to be a few hundred thousand people, right? ... Emily and Chris discuss some awesome astronomy that you can go outside and see with your own eyes. In particular, they go deep on the incredible May 2024 aurora, and show what the 2024 total eclipse across the USA looked like, with a preview of amazing eclipses to look forward to in the coming years. Chris finishes with a song, as he does. Watch on YouTube!(* Apologies for the audio quality, it was a big echo-ey space and it didn't record as well as I'd hoped)Help us make Syzygy even better! Tell your friends and give us a review, or show your support on Patreon: patreon.com/syzygypodSyzygy is produced byChris Stewart and co-hosted by Dr Emily Brunsden from the Department of Physics at the University of York.On the web:syzygy.fm | Instagram & Threads: @syzygypodSome of the things we talk about in this episode:• Watch this live show on YouTube• York Festival of Ideas• The May 2024 Aurora• Solar Cycle 25• The Solar Dynamics Observatory• timeanddate.com• The 2024 total solar eclipse• Upcoming eclipses

Get your weekly fix of great hacks with your guides, Elliot Williams and Al Williams. This week, the guys talk about hacking airline WiFi, vanishing cloud services, and hobbies adjacent to hacking, such as general aviation. Things go into the weird and wonderful when the topic turns to cavity filters, driving LEDs with a candle, and thermite. Quick hacks? Everything from vintage automated telescopes to home fusion reactors and ham radio mobile from a bicycle. Then there's the can't miss articles about the Solar Dynamics Observatory and an explainer about flash memory technology. Check out the links over on Hackaday and leave your favorite hack of the week in the comments!

We study the Sun because it is essential for life on Earth and can teach us about other stars lightyears from home.

We see the sun every day as it rises and sets... it's one of the few constants in life. But it's a very dynamic body, throwing minor temper tantrums regularly. As it happens, we're at the peak of its 11-year cycle of activity and there's a lot going on! Dr. Alex Young, the Associate Director for Science in the Heliophysics Science Division at NASA's Goddard Space Flight Center, joins us to talk about the sun, solar activity cycles, the recent solar storms that have given us auroras and some communications blackouts, the science from the Parker solar probe, and much more. Don't take the friendly Mr. Sun for granted--join us for this fascinating episode! Headlines: NASA's accidental broadcast: A simulated medical emergency on the International Space Station was mistakenly aired for 8 minutes, causing brief panic before clarification. Spacewalk canceled: Just before a planned spacewalk, NASA canceled the event citing spacesuit discomfort, with few details provided. Voyager 1 update: The spacecraft is now sending back data from all four of its working instruments, a remarkable feat for the 47-year-old probe. Remembering Bill Anders: The Apollo 8 astronaut, known for the iconic Earthrise photo, passed away at 90 after a private plane crash. Main Topic - Our Friendly Mr. Sun: Heliophysics defined: Dr. Young explains that heliophysics studies the sun's atmosphere and its interactions with Earth and the solar system. Solar activity cycle: Currently near solar maximum, the sun is exhibiting increased sunspots, solar flares, and coronal mass ejections. Space weather impacts: Solar activity can affect technology, causing communication disruptions, satellite damage, and even power grid outages. Solar observation: A variety of spacecraft monitor the sun, including NASA's Solar Dynamics Observatory and NOAA's GOES satellites. Parker Solar Probe: This groundbreaking mission is providing unprecedented data about the sun's corona and solar wind. Solar magnetic field: The sun's magnetic field flips every ~11 years, which can lead to increased solar activity during the transition. Carrington Event: This 1859 solar storm remains the benchmark for extreme space weather, causing telegraph systems to catch fire. Sun in pop culture: Rod, Tariq, and Dr. Alex Young discuss depictions of the sun in science fiction, separating fact from fiction. Solar research: Dr. Young shares his current work on the statistics of large solar events and improving science communication. Hosts: Rod Pyle and Tariq Malik Guest: C. Alex Young Download or subscribe to this show at https://twit.tv/shows/this-week-in-space. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit

We see the sun every day as it rises and sets... it's one of the few constants in life. But it's a very dynamic body, throwing minor temper tantrums regularly. As it happens, we're at the peak of its 11-year cycle of activity and there's a lot going on! Dr. Alex Young, the Associate Director for Science in the Heliophysics Science Division at NASA's Goddard Space Flight Center, joins us to talk about the sun, solar activity cycles, the recent solar storms that have given us auroras and some communications blackouts, the science from the Parker solar probe, and much more. Don't take the friendly Mr. Sun for granted--join us for this fascinating episode! Headlines: NASA's accidental broadcast: A simulated medical emergency on the International Space Station was mistakenly aired for 8 minutes, causing brief panic before clarification. Spacewalk canceled: Just before a planned spacewalk, NASA canceled the event citing spacesuit discomfort, with few details provided. Voyager 1 update: The spacecraft is now sending back data from all four of its working instruments, a remarkable feat for the 47-year-old probe. Remembering Bill Anders: The Apollo 8 astronaut, known for the iconic Earthrise photo, passed away at 90 after a private plane crash. Main Topic - Our Friendly Mr. Sun: Heliophysics defined: Dr. Young explains that heliophysics studies the sun's atmosphere and its interactions with Earth and the solar system. Solar activity cycle: Currently near solar maximum, the sun is exhibiting increased sunspots, solar flares, and coronal mass ejections. Space weather impacts: Solar activity can affect technology, causing communication disruptions, satellite damage, and even power grid outages. Solar observation: A variety of spacecraft monitor the sun, including NASA's Solar Dynamics Observatory and NOAA's GOES satellites. Parker Solar Probe: This groundbreaking mission is providing unprecedented data about the sun's corona and solar wind. Solar magnetic field: The sun's magnetic field flips every ~11 years, which can lead to increased solar activity during the transition. Carrington Event: This 1859 solar storm remains the benchmark for extreme space weather, causing telegraph systems to catch fire. Sun in pop culture: Rod, Tariq, and Dr. Alex Young discuss depictions of the sun in science fiction, separating fact from fiction. Solar research: Dr. Young shares his current work on the statistics of large solar events and improving science communication. Hosts: Rod Pyle and Tariq Malik Guest: C. Alex Young Download or subscribe to this show at https://twit.tv/shows/this-week-in-space. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit

We see the sun every day as it rises and sets... it's one of the few constants in life. But it's a very dynamic body, throwing minor temper tantrums regularly. As it happens, we're at the peak of its 11-year cycle of activity and there's a lot going on! Dr. Alex Young, the Associate Director for Science in the Heliophysics Science Division at NASA's Goddard Space Flight Center, joins us to talk about the sun, solar activity cycles, the recent solar storms that have given us auroras and some communications blackouts, the science from the Parker solar probe, and much more. Don't take the friendly Mr. Sun for granted--join us for this fascinating episode! Headlines: NASA's accidental broadcast: A simulated medical emergency on the International Space Station was mistakenly aired for 8 minutes, causing brief panic before clarification. Spacewalk canceled: Just before a planned spacewalk, NASA canceled the event citing spacesuit discomfort, with few details provided. Voyager 1 update: The spacecraft is now sending back data from all four of its working instruments, a remarkable feat for the 47-year-old probe. Remembering Bill Anders: The Apollo 8 astronaut, known for the iconic Earthrise photo, passed away at 90 after a private plane crash. Main Topic - Our Friendly Mr. Sun: Heliophysics defined: Dr. Young explains that heliophysics studies the sun's atmosphere and its interactions with Earth and the solar system. Solar activity cycle: Currently near solar maximum, the sun is exhibiting increased sunspots, solar flares, and coronal mass ejections. Space weather impacts: Solar activity can affect technology, causing communication disruptions, satellite damage, and even power grid outages. Solar observation: A variety of spacecraft monitor the sun, including NASA's Solar Dynamics Observatory and NOAA's GOES satellites. Parker Solar Probe: This groundbreaking mission is providing unprecedented data about the sun's corona and solar wind. Solar magnetic field: The sun's magnetic field flips every ~11 years, which can lead to increased solar activity during the transition. Carrington Event: This 1859 solar storm remains the benchmark for extreme space weather, causing telegraph systems to catch fire. Sun in pop culture: Rod, Tariq, and Dr. Alex Young discuss depictions of the sun in science fiction, separating fact from fiction. Solar research: Dr. Young shares his current work on the statistics of large solar events and improving science communication. Hosts: Rod Pyle and Tariq Malik Guest: C. Alex Young Download or subscribe to this show at https://twit.tv/shows/this-week-in-space. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit

We see the sun every day as it rises and sets... it's one of the few constants in life. But it's a very dynamic body, throwing minor temper tantrums regularly. As it happens, we're at the peak of its 11-year cycle of activity and there's a lot going on! Dr. Alex Young, the Associate Director for Science in the Heliophysics Science Division at NASA's Goddard Space Flight Center, joins us to talk about the sun, solar activity cycles, the recent solar storms that have given us auroras and some communications blackouts, the science from the Parker solar probe, and much more. Don't take the friendly Mr. Sun for granted--join us for this fascinating episode! Headlines: NASA's accidental broadcast: A simulated medical emergency on the International Space Station was mistakenly aired for 8 minutes, causing brief panic before clarification. Spacewalk canceled: Just before a planned spacewalk, NASA canceled the event citing spacesuit discomfort, with few details provided. Voyager 1 update: The spacecraft is now sending back data from all four of its working instruments, a remarkable feat for the 47-year-old probe. Remembering Bill Anders: The Apollo 8 astronaut, known for the iconic Earthrise photo, passed away at 90 after a private plane crash. Main Topic - Our Friendly Mr. Sun: Heliophysics defined: Dr. Young explains that heliophysics studies the sun's atmosphere and its interactions with Earth and the solar system. Solar activity cycle: Currently near solar maximum, the sun is exhibiting increased sunspots, solar flares, and coronal mass ejections. Space weather impacts: Solar activity can affect technology, causing communication disruptions, satellite damage, and even power grid outages. Solar observation: A variety of spacecraft monitor the sun, including NASA's Solar Dynamics Observatory and NOAA's GOES satellites. Parker Solar Probe: This groundbreaking mission is providing unprecedented data about the sun's corona and solar wind. Solar magnetic field: The sun's magnetic field flips every ~11 years, which can lead to increased solar activity during the transition. Carrington Event: This 1859 solar storm remains the benchmark for extreme space weather, causing telegraph systems to catch fire. Sun in pop culture: Rod, Tariq, and Dr. Alex Young discuss depictions of the sun in science fiction, separating fact from fiction. Solar research: Dr. Young shares his current work on the statistics of large solar events and improving science communication. Hosts: Rod Pyle and Tariq Malik Guest: C. Alex Young Download or subscribe to this show at https://twit.tv/shows/this-week-in-space. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit

伊轉來矣！日頭頂懸彼个有名 ê 太陽活跳區 AR 3664，會 tī 地球產生 咱看會著 ê 極光。伊 這個月初 踅到日頭後壁去，這馬閣踅轉來矣，猶閣活跳跳。太陽活跳區 AR 3664 昨昏拄踅轉來地球這爿，而且閣一擺爆發 能量足強 ê X 級 太陽爍光。這支影片主要是欲翕 ùi 倒爿下跤踅轉來 ê 太陽活跳區。這是 NASA 踅地球 ê 太陽動力學衛星天文台 昨昏 tī 紫外線波段 翕--ê。這支影片是 太陽自轉 24 點鐘 ê 縮時攝影影片。咱注意看影片 2 秒 ê 時陣，倒爿下跤 煏出 足強 ê 太陽爍光。這寡 ùi 太陽爍光 kah 日冕物質噴射 (CME) 來--ê 高能粒子，袂直接挵著地球產生極光。毋過科學家會 tī 紲落來 2 禮拜 繼續觀察 這个 面對地球、無四常 ê 太陽活跳區，看伊會按怎發展。 ——— 這是 NASA Astronomy Picture of the Day ê 台語文 podcast 原文版：https://apod.nasa.gov/ 台文版：https://apod.tw/ 今仔日 ê 文章： https://apod.tw/daily/20240528/ 影像：NASA, Solar Dynamics Observatory 音樂：P!SCO - 鼎鼎 聲優：阿錕 翻譯：An-Li Tsai (NSYSU) 原文：https://apod.nasa.gov/apod/ap240528.html Powered by Firstory Hosting

Welcome to the Season 3 premiere of The LIUniverse, your happy half-hour dose of cosmic conversation and geeky banter with host Dr. Charles Liu! In this episode, Chuck and co-host Allen Liu welcome back Dr. Jimmy Negus, who was our guest on our very first episode, to talk about Solar Flares, “Deep Space Nine,” and more. As some of you may remember, Jimmy was only a PhD candidate back then, with his research focused on active galactic nuclei, including black holes, quasars and more. Now that he's got his doctorate, Jimmy has pivoted to studying solar physics, which is the perfect lead in to discuss the upcoming Great American Eclipse, the total solar eclipse on April 8, 2024 that has them – and the rest of America – buzzing with excitement. As always, though, we start off with the day's “Joyfully Cool Cosmic Thing” – the discovery of a pulsar in a binary system with an unknown and mysterious object that seems to be somewhere between the mass of a neutron star and a black hole by astronomers using the radio telescopes in the MeerKAT array in the South African Radio Astronomy Observatory (SARAO). Jimmy explains that the leading theory may be that it is a smaller mass black hole than we've yet observed that was created by the collision of two neutron stars. Special thanks to our friends at the All Things Unexplained podcast (@allthingsunexplained) for bringing today's JCCT to our attention! Our first question of the day – and the season! – comes from audience member Makalya, who asks, “What are the chances of having black holes consume each other, becoming giant black holes, and slowly start growing from there?” Pretty high, it turns out. Dr. Negus explains how we use gravitational waves to deduce the frequency of black hole mergers in the universe. If we look across the entire observable universe, there are between 200,000-400,000 mergers EVERY YEAR! Of course, that includes all types of black holes. If we're only looking Jimmy estimates only about 10% of that number are collisions of supermassive black holes. And we've got a little while before that happens to our supermassive black hole, which will someday collide with Andromeda's – something on the order of 4 billion years or so. Moving on, Jimmy tells us about his new gig at The University of Colorado, Boulder, where he stayed on as a research faculty member after getting his PhD. He's now analyzing, calibrating and validating data from NOAA's GOES-18 satellite (GOES is a suite of Geostationary, Environmental Operational Satellites, the longest running continuous stream of satellites, first launched in 1974.) In addition to its weather-sensing technology that points down at the Earth, the satellite carries X-ray and UV sensors that point towards the sun to track space weather. Next up, we turn to the impending Solar Max period of our solar cycle, where the magnetic field of the sun completely flips every 11 years. Jimmy discusses the 2025 peak of the solar cycle, how solar emissions like X-Class Solar Flares can impact us. Charles points out that previous solar maxes have even taken down satellites, and Jimmy describes various ways we work to mitigate the damage from the next flare. Speaking of which, for our next question Shana asks whether a solar flare can set her phone on fire. Jimmy explains why we're not in danger here on Earth, thanks to technological advancements, but that a satellite disruption could disrupt service temporarily. He describes the Carrington Event of September 1859 during solar cycle 10, which was the most intense geomagnetic storm ever recorded, and actually caused some telegraph wires to burst into flame. Finally, Chuck turns our focus to our obsession with science fiction. We revisit “The Expanse,” which Jimmy just finished watching, and while good, “certainly wasn't a perfect show. It wasn't “Deep Space Nine,” my favorite.” Chuck posits that Voyager was better, but the two wisely reserve judgment on the new Star Trek shows and sticking with the classics. If you'd like to keep up with Dr. Jimmy Negus, you can visit his website at www.jimmynegus.com and @spacebound_negus on Instagram. We hope you enjoy this episode of The LIUniverse, and, if you do, please support us on Patreon. Credits for Images Used in this Episode: – Path of the April 8 2024 eclipse through the USA – NASA SVS/ Michala Garrison, Public domain – Radio telescopes in the MeerKAT array – Square Kilometre Array Organisation (SKAO) / South African Radio Astronomy Observatory (SARAO) CC BY 3.0 – Animation of a Pulsar – NASA SVS, Public domain – GOES-18 before launch – NOAA Satellites, Public domain – An X-class flare in 2012 – NASA Goddard Space Flight Center, Public domain – The Solar Dynamics Observatory before launch – NASA/Jim Grossmann #theliuniverse #charlesliu #allenliu #sciencepodcast #astronomypodcast #jamesnegus #jimmynegus #universityofcolorado #astronomy #astrophysics #totalsolareclipse #greatamericaneclipse #quasar #blackhole #activegalacticnucleus #agn #theexpanse #deepspacenine #supermassiveblackholes #solarmax #xclasssolarflares #solarcycle #neutronstar #carringtonevent #NOAA #GOES18 #satellite #MeerKAT #southafricanradioastronomyobservatory #SARAO

In der ersten Folge unseres Podcasts sprechen wir über das Solar Dynamics Observatory und die Art und Weise, wie die Sonne auf den Aufnahmen dieses Weltraumteleskops aussieht, wie diese Bilder entstehen und welche Prozesse das Licht erzeugen, das darauf abgebildet wird. Außerdem besprechen wir einiges zum Thema Strahlung.

Paul Hill and Dr. Jenifer “Dr. Dust” Millard host.  Damien Phillips, John Wildridge and Dustin Ruoff produce. Paul takes time out from outreach at the Festival of Tomorrow at the Swindon STEAM museum to chat with Professor Robert Walsh of the University of Central Lancashire, who with artist Alex Rinsler has created a giant representation of the Sun as an outreach and art project that uses the data of the Solar Dynamics Observatory. They talk about solar science, the coronal heating problem, sounding rockets, space missions professor Walsh has been involved with, space weather and why he has his own Sun.   www.awesomeastronomy.com Bio: Awesome Astronomy explores the frontiers of science, space and our evolving understanding of the universe. Join Paul & Jeni for informative and fun astronomy programmes dedicated to space and astronomy news and monthly podcast extras covering hot topics and special interviews in the world of science and astronomy.   We've added a new way to donate to 365 Days of Astronomy to support editing, hosting, and production costs.  Just visit: https://www.patreon.com/365DaysOfAstronomy and donate as much as you can! Share the podcast with your friends and send the Patreon link to them too!  Every bit helps! Thank you! ------------------------------------ Do go visit http://www.redbubble.com/people/CosmoQuestX/shop for cool Astronomy Cast and CosmoQuest t-shirts, coffee mugs and other awesomeness! http://cosmoquest.org/Donate This show is made possible through your donations.  Thank you! (Haven't donated? It's not too late! Just click!) ------------------------------------ The 365 Days of Astronomy Podcast is produced by the Planetary Science Institute. http://www.psi.edu Visit us on the web at 365DaysOfAstronomy.org or email us at info@365DaysOfAstronomy.org.

Paul takes time out from outreach at the Festival of Tomorrow at the Swindon STEAM museum to chat with Professor Robert Walsh of the University of Central Lancashire, who with artist Alex Rinsler has created a giant representation of the Sun as an outreach and art project that uses the data of the Solar Dynamics Observatory. They talk about solar science, the coronal heating problem, sounding rockets, space missions professor Walsh has been involved with, space weather and why he has his own Sun.

Wir beginnen den ersten Teil unseres Programms mit einigen wichtigen Nachrichten der Woche. Als Erstes werden wir über die Wahlen in Israel und die Rückkehr des ehemaligen Ministerpräsidenten Benjamin Netanjahu an die Macht sprechen. Anschließend werden wir die Entscheidung Russlands diskutieren, sich nun doch an einem von der UNO ausgehandelten Abkommen zu beteiligen, das den Export ukrainischen Getreides über das Schwarze Meer sicherstellen soll. Im wissenschaftlichen Teil sprechen wir über ein ganz besonderes Bild der Sonne, das vom Solar Dynamics Observatory der NASA aufgenommen wurde. Und zum Schluss werden wir über den Rock‘n‘Roll-Star Jerry Lee Lewis sprechen, der am vergangenen Freitag im Alter von 87 Jahren gestorben ist. Im zweiten Teil unseres Programms, „Trending in Germany“, werden wir die Entscheidung der Kölner Oberbürgermeisterin diskutieren, den Muezzinruf als „Zeichen des Respekts“ zu erlauben. Außerdem sprechen wir darüber, dass die Bundesregierung ein Eckpunktepapier zur Legalisierung von Cannabis veröffentlicht hat. Nun kommt die Forderung auf, nicht bei Cannabis Halt zu machen, sondern auch härtere Drogen zu legalisieren. Wahlen in Israel: Benjamin Netanjahu kehrt mit neuer rechtskonservativer Regierung an die Macht zurück Russland kehrt zum Abkommen über den Export von Getreide aus der Ukraine zurück NASA zeigt Satelliten-Bild einer lächelnden Sonne Rock‘n‘Roll-Legende Jerry Lee Lewis im Alter von 87 Jahren gestorben Muezzinruf in Köln Alles legalisieren?

Twitter was targeted by a coordinated trolling campaign following Musk takeover; NASA's Solar Dynamics Observatory captured an image of the sun ‘smiling'

Twitter was targeted by a coordinated trolling campaign following Musk takeover; NASA's Solar Dynamics Observatory captured an image of the sun ‘smiling'

Slideshow for this message is available Introduction James 1 We are in the book of James and he opens his book by talking about trials. **And he dives straight in without any padding. He doesn't sugar coat a thing. He starts his book by saying, “Life stinks. Life is hard.” And if anyone in the room doubts this: Talk to any police officer, Talk to a hospital worker. Talk to a social worker. Just talk to anyone in the room. Life is full of trials - full of them. James says, ok fine, what are you going to do about it? The choice is yours. Will it be a test that refines you or will it be a temptation that breaks you. Trials are just the heat. The difficulties of life come down on some people, and they seem to make them soft and wise and tender. The same troubles come down on other people, and they seem to make them broken and bitter and brittle. What's the difference? The difference James says, is this: one is deceived and the other is not. Last week James warned us not to be deceived when temptation comes upon us or when difficult things come upon us. Make sure you are looking at trials and temptations through the proper lens. When trials come upon us we are vulnerable to deception. We are all of the sudden open to start believing things that are quite absurd. In fact, if you just zoom out and think about it, what we end up believing when we sin is insanity to the max. It's actually madness. It's ludicrous and even commical. When trials come here's what we are deceived into believing: Sin is Good and God is Evil. On the surface, that's laughable. There's so much evidence against that. That's like trying to convince me that the earth is flat. Sure you can make an argument but the evidence to the contrary is just overwhelming. And yet somehow the whispers over time becoming convincing. There this voice in your head: You know the reason that God's not healing you is because he doesn't really care. That's why he's withholding. You know he could fix your marriage or kids. But he's just messing with you. He likes to watch you squirm. You know the reason God makes all these rules is he's trying to limit your joy. You know that right. He's a cosmic kill-joy. He's basically against having fun. In the midst of trial or strong temptation that all seems believable. There is some incredibly skillful deception going on. Now Christians are all about the ministry of unraveling that deception. We are about the ministry of pulling the bait off Satan's hooks so that his schemes become obvious. No, it's not that sin is good and God is evil. Actually, Sin is evil and God is good. It's no more complicated than that. We've just hacked the datacenter and decoded Satan's diabolic master plan to undo the human race. It's so obvious. Last week we really focused on unravelling the deception of that first point. Sin is evil. It's really evil. It's far more evil than we suspect. It leads to death. The unapologetic message from last week was this: We need to be freaked out of sin because it will kill you. But we ended last week by really encouraging you to look forward to this week because understanding the danger of sin is only half the equation. Yes, you can be protected against temptation by being convinced of the DANGER of SIN but even more powerful is being convinced of the unchanging goodness of God. Yes Sin is Evil AND Yes, God is Good. So let's look again at our passage. We began today by noting that verse 16 serves as a summary of last week. “Do not be deceived.” Sin is evil. But it also serves as an introduction to this week. Do not be deceived. God is good. Notice how James makes this point. If we want to be holy, if we want to be free of the death-clutches of sin, ultimately we have to be absolutely convinced, all of the time, God is really, really, beautifully good. Now James builds his argument with a foundation maybe you don't even realize you knew you needed. Let's ask this question, “If we are suffering, is it good news that God is good?” Yes, of course that's good but it's not good enough. We need more for it it be good news. Because we could imagine a god who is really, really good, but also really weak. A god like that would want to help you but you would lack the power to do so. So what you need is someone both good and powerful. And that's what is claimed. But here's the problem. In the face of suffering, the claim that God is good and powerful is not very believable, if he's so good and powerful, then why doesn't he save me? What do you need in that moment of doubt. You need proof. God knows that and gives it to us. So here's how the text is going to unravel today. We have the Claim that God is Good. We have the Claim that God is Powerful. We have the Proof that He's both. Let's start with the claim that he's good. Every GOOD gift and every perfect gift is from above. Now what he does here - and it's very masterful how he does it - is that he gets at the Goodness of God through the gifts of God. C.S. Lewis in his book Mere Christianity has a chapter on hope and he references this really common experience that we all have. There are moments in life when you run across something truly beautiful, truly amazing, truly wonderful. And your heart leaps at it. It could be a beautiful piece of music, a masterful piece of art, a beautiful person, a piece of land on the beach or mountains. And you just think, man if I could just have that I'd be so happy. That's what I want. That's what my soul has been searching for. And maybe you go on a mission to get it. And you build that home or you go on that vacation or you marry that person or you get that job or buy that piece of music. Well, the inevitable experience is that there's a fading of the euphoria. It fulfills but it's brightness fades. It has some power to satisfy but not enough to ultimately do so. In fact the more you try to make it satisfy, the less it does. God's gifts are are truly beautiful, but the closer you try to draw them into your heart, the more you try to make them make you happy, the less beautiful they become and the more you realize that your asking something of them they were never intended to do. What James is saying in this passage is that we were made to seek out goodness. Our antenna are tuned to that frequency and all of life we seek and hunt and search for it. We long for beauty. Our hearts crave it. And all these gifts are beautiful but they are not really the SOURCE of beauty. They are good but are not SOURCES of goodness. Goodness does not flow out of these things. That's why they cannot ultimately satisfy. They are merely reflections. Every good and perfect gift is from above. That's the source is above. The father who is from above is the source. Getting this mixed up is like somehow confusing the sun and the moon. The moon is always shifting. The moon is always changing its light because it doesn't have any light in and of itself. It's just reflecting the light of something else. Sometimes the moon is so bright a flashlight is totally unnecessary it's shining so brightly. Other times you can't see your hand in front of your face. It's always changing. It's shifting shadows. But the sun. It's got power. It's got blinding light. It's an eye watering nuclear reaction of almost infinite energy. In the same way, the music, the campfire, the fishing or hunting trip, the romance, the seashore - these are all really good gifts. They really are good, but they actually don't possess goodness itself. They are reflections of goodness. Of course they don't satisfy. They are just reflecting the source. You have to look to the source. He's not reflecting goodness. He is goodness. He's not reflecting beauty, He is beauty. He's not reflecting love, he is love. He's the source of all these things. And James is saying, "Listen, I know what you want is goodness. Look at the gifts, look at the shifting shadow; now follow that beam clear back to the creator God, the actual source of Goodness. That goodness does not fade. That goodness is ultimately fulfilling. That goodness lasts forever. It's the difference between smelling ice cream and tasting it. It's categorically different. When we deal with the creator God, we are dealing with source material - with goodness itself. We get this confused, don't we. One of the great blessings of trials is that it forces our our eyes off the gifts and redirects us to the giver of the gift. In fact, sometimes our trials are trials simply because we have our eyes on the wrong prize. When we loose the money, or the relationship doesn't turn out how we hoped or the kids don't turn out as we hoped or the job doesn't satisfy like we hoped, we call it a trial. That's not a trial. That's a mercy. God is his mercy is trying to get our eyes off the shadows. *He's trying to say, “The longing of your heart for beauty and goodness is right.* You want light, and your puny little flashlight burnt out and your moping around in a cave. Lift your eyes. Your vision is too low. Look to the heavens! Look to the bright and morning star.” Look to the source, not the reflection. Don't you want the real thing? Consider how different God's goodness is, to say, human goodness. God is spontaneously good. And he overflows with generosity. It's a disposition unlike anything we know. It's a disposition without any mercenary motive. Not giving without reciprocation. Consistently goes beyond what the recipients deserve. This week we were reading in our pastoral meeting the charge to elders in 1 Peter 5 to serve willingly and not under compulsion. There's also verses in 2 Corinthians 9 that talks about giving without compulsion. We have to be told NOT to serve begrudgingly or to give begrudgingly because overflowing generosity is not in our character. It's always God's character. Goodness just flows out of God. And that is such an encouragement. Apply that in your relationship with God. Because even the best of earthly fathers needs to be approached at the right moment. I want to go out with my friends, but dad's in a bad mood. As children, we read the signs. We see the body language. I don't think right now is the right time to ask him about this. Do you realize there is no wrong time to approach God? You can't catch him in an off moment. You can't get him in a bad mood. He's good and he's always good. That disposition of goodness doesn't change. He's just the blazing sun, outputting unchanging goodness. That's who God is. That's beauty. We don't want to just see that. We want to be that. We want to enter into that. James says when you get a good gift, you have to realize that there's something behind it, namely, the Father of lights. He's the perfect light. He's the ultimate light. He's an unchanging light. He's an unshifting light. He's the sun, not the moon. So the first claim is that God is good. The second claim is that he is powerful. Now where do we see this in the text? Well, we are told that these good gifts are coming down from the father of lights or as some translations have it, The father of the heavenly lights. Return to verses Now what he's doing there is linking the goodness of God with the power of God. It's so causal the way he does it. There's this little prepositional phrase that modifies Father. What kind of father do we have? The father lof lights. It's just casually tossed in there as a side comment but its effect is tremendous. He's saying all good gifts are served up from the hand of God. And who is this God? Answer: the same God who possess the power to create all the stars of the heaven with a single word. Therefore his ability to infuse goodness into the world, and into your life in particular, is at least equal to the power required to create all the heavenly lights. Consider for a moment the power of which we are speaking. How much power is required to create the heavenly lights? Well, let's think. The most obvious heavenly light of course is the sun. Here's a time lapse video from the Solar Dynamics Observatory. Now I just love this video. That, my friends is a powerful object. And to get a sense of just how powerful, consider this. The sun is 93 million miles away from earth. So if the sun were a basketball the earth would be a tiny bead orbiting this basketball at a distance of about 75 feet away. The back of the sanctuary is almost exactly 75 feet from here. So here's this sun emitting energy in all directions, only a very small percentage of the energy of the sun hits the earth that tiny bead on the back wall. Like very small: 0000287% So its hard to image just how much energy its putting out in all directions. Here's one way to put it in perspective. Get in your mind the energy consumption of all the cities in the entire world that is consumed in a calendar year. All the heaters, all the factories, all the cars driving around, trains, planes flying, giant cargo ships. In one second the sun outputs about a million years worth of energy consumed by planet earth. So James is saying you see that big light up there and all that power that comes streaming out of that thing… that is supposed to make you appreciate just how powerful God really is. But notice that the text says, Every good and perfect gift is from above coming down from the Father of LIGHT(S) - plural. Our sun is one star among many. When you look out at the night sky on a perfect night you see about 3000 stars but you also see that bright band of light we call the milky way, it almost looks like a cloud. Here's a nice time lapse of that. That's our galaxy. And of course we are in it. To visualize why our night sky appears to us the way it does, imagine camping in the woods and instead of starts, we have trees. The trees right next to you are all around you and appear far apart. The trees on the neighboring mountain are closely packed together. But if you were to zoom out from your camp spot you could see the trees next to you merge with the entire forest, it would be laid out like a green carpet. The same thing is happening when we look at the galaxy. It's hard for us to conceptualize the forest of stars that we are in. This is a computer generated video to help you visualize it: All the stars we see with our naked eye in our night sky are like the trees around us when we are camping. But if we could zoom out, we would then be able to see the forest for the trees. We would then be able to see the entire milky way galaxy. Our sun is just one of these stars. Now being in it gives us an advantage because can photograph our own galaxy up close. Here's an actual photograph. You can go to ESO.org website and zoom in and out of this photo and if This photograph is a very small slice of the milky way galaxy. It's a 9 gigapixel image and has 85 million stars in it. This is one photograph. Every single one of those points of light is a star. Now keep in mind that the milky way galaxy has something like 200-400 billion stars. So that means that this photograph containing 85 million stars is 1/2000's of the stars that make up our milky way. Just so you can visualize this: Here's 2000 dots. So those 85 million stars are 1/2000th of the stars in our one galaxy. Now, we live in a very, very, very privileged age to appreciate the wonders of what our milky way galaxy contains. I woke up my wife this last Christmas at 5:00am. And it wasn't to get ready for Christmas. I wanted to watch this: This is the launch of the Arian 5 rocket which was carrying the 10 billion dollar James Webb telescope a million miles into space to intersect lagrange 2 equilibrium point which is a special place that allows satellites to make small orbits in the shadow of the earth which is a perfect place to put a telescope. Now I was so excited because I had literally been following this project for the past 20 years. And just this July, the first images from this telescope started pouring in. So here we are zooming into our milky way galaxy. This is that previous photo, but we are zooming into a very, very, very tiny portion of the night sky. And if we zoom in far enough, we see the crab nebula: This is a really interesting formation because this is actually the remains of a star that was observed to explode in 1054 A.D. It was so bright it could be seen with the naked in broad daylight. The center of the Crab Nebula contains a rapidly rotating neutron star – or pulsar – that is apparently pumping enormous amounts of energy into the nebula in the form of high-energy particles and magnetic fields at the rate of 100,000 suns. Check out this. This particular formation is known as the cosmic cliffs. Just beauty beyond anything I could imagine. The tall peaks here are about 7 light years high. Now keep in mind these photographs are just within our galaxy. This one is about 7600 light years away. All of this contained within our one galaxy. But our galaxy is not alone. There are not just hundreds of galaxies, not just hundreds, not thousands, not just millions, not just billions but recent estimates say there are upwards of 2 trillion galaxies in the known universe. NASA has a project called the SLOAN digital sky survey and the attempt of this project is to create a 3D map of as many galaxies and they can possibly do. And they've shared that data with the public. So if you could travel through space and tour a small portion of the galaxies that we can see from earth here's what it would look like. Keep in mind this is a scale model and every point of light is not a star but a galaxy. Each galaxy you see here contains billions of stars. Totalling all that up. Trillions and Trillions and Trillions of star, each with planets orbiting, each with their own unique moons. Not a single human will visit, not a single human will document or observe 99.999999999 percent of them. The vastness. Picture our first slide, with the sun, that one star pumping out a million years worth of earth's energy in one second. And we have billions upon trillion upon quadrillions of these in our universe. It's a number so large that no matter how hard you try (and I've tried), your mind cannot contain it. Here's probably the best way to barely try. Here's the best way for me to attempt it: Picture in your mind sand. Let me help you do that. Try to get in your mind a number that approximates the amount of sand on these dunes. And not just this sand, but all the sand in the world. All the sand in every city, every country, every beach, every sand dune from breneau sand dunes here in Idaho to the great Sahara Dessert. Sand from every river, from every island in the pacific, on every continent. All of it. Scientist estimate that the earth has 7.5 sextillion grains of sand. That's a lot of sand. Now if you want to conservatively estimate how many stars there on the universe then you'd have to say that every single grain of sand on planet earth represents not one but 10,000 stars just like our sun. Can you conceive of that? Now we've toured the universe in our mind. We've tried to count the stars and given up. Our brains are fried. It's amazing. Now as magnificent as these stars are, we must remember that these stars are just shadows. These are not the light. These merely reflect the light. These lights point us to the father of lights. The great giver of every light. The creator of light itself. Now back out. We've tried to paint a picture for ourselves of the POWER of the God we serve. We've tried to paint a picture of his POWER. And why? To unravel any notion we might have that God is somehow like us. To unravel any notion we might have that he is limited and because of that limitation is unable to help us. In other words, “Do not be deceived, my beloved.” Given what we just surveyed, do you think that God, is in any way limited by power? Do you think mentally, he's gotten himself into a bind and doesn't know the way out? Do you think he gets tired? Do you think he looses his ability to concentrate? Do you think he tires of handling so many needs? Do you think that whatever you ask of him in his ears sounds like a hard task? That it feels somehow emotionally draining? That he has to muster up some energy to listen to your whining? I'd love to help you, but I have to put up some boundaries here because you just keep on asking and there are so many needs in the world and I'm just going to get worn down if I'm not careful. Of course not. He is GOOD. AND He is ABLE. Those sextillion stars we surveyed are MERELY the MIDST that he EXHALES from his lungs on a COLD NIGHT. That's why Isaiah when speaking of the power of the Lord almost shames us into even remotely drawing comparisons between our power and His. Isaiah is speaking of the power of God to accomplish his purposes in all things. Isaiah 40 I certainly won't compare him to me. Forgive me Lord for doing so. Is it that God lacks power that he cannot immediately come rushing in and save you from your problems. Let's just nail this down once and for all. No. God has power. That's why he points to the stars. Of course the father of lights has power to save. Can we just worship God right now with our proclamation. God you are amazing. So we have two claims. There's the claim that he's good and the claim that he's powerful. But in trials it may not appear that God is what he claims. So we need proof of these truths and specifically of the claim that he is good. And here it is. What is that crowing act of God's powerful goodness. Here's the answer from the text: spiritual new birth. The greatest proof of God's powerful goodness, the greatest proof of his powerful love for you is that he has saved you. Return to verses “Of his own will he brought us forth by the word of truth, that we should be a kind of firstfruits of his creatures.” That's God's good and perfect, powerful loving initiative toward you. He chose to give us birth. Let's think about why that is such powerful proof. Hands up if anyone in the room who wrote an email or maybe for some of us older generation, wrote a letter and asked your parents if you could be born. Everything that happened in physical birth, happens without any consent or conscious awareness of the child. And so it is with our spiritual birth. James points out that our spiritual birth is not something that we prompted God to do. The new birth is something God chose unpressured by our helplessness, unimpressed by our goodness, uncoerced by social pressure. He acted in his accordance with his free, uncompelled, sovereign goodness. Now why is that such good news for us? HERE IT IS: Because this spiritual starts a spiritual chain reaction, a domino of forces, it's the first link in long golden chain which demonstrates God's unstoppable LOVE and GOODNESS that follows and pursues and relentlessly tracks you down for the rest of you life. Listen to how Romans 8 says it. Romans 8 also acknowledges the difficulty of life. It acknowledges trials. But it pulls us onto this perch and asks us to get some perspective. Romans 8 So if you are suffering, if you are going through some very difficult trial then Paul wants to give you some encouragement. So just like James the claim is that God is good and powerful. Now are you just supposed to believe those claims at face value? Praise the Lord if you do. But if you are struggling, he gives you help. You need some proof that God is in fact good when it seems like he's not? No problem. Here's how Paul says it. Notice this domino effect. Notice this golden chain of connected ideas. It's starts long before we were born, before the foundations of the earth. We were predestined. And that sets off a chain of events. Justification. Glorification. And there's a conclusion. Listen to the argument here. It's so powerful. He says, do not be deceived. To question my goodness, to question my love, because of a current trial or difficulty is the most irrational of all possible conclusions. God says to us. DO NOT BE DECEIVED. Please just open your eyes and review the facts. Let me just remind you that I loved you before you even had conscious existence. I set my love upon you before you even breathed a word or had a single thought. Like a child, I took you when you were helpless. I bathed you, clothed you, cared for you, I nursed you into existence in every possible way. At any moment if I would have removed my sustaining care for you, you would have perished, but I loved you. I set my affections upon you. I breathed life into you and you were born. And I brought you forth by the word of my power, the same power that spun all the galaxies into existence. And you grew and became beautiful. I wanted a relationship with you. I care deeply for you and so I put up some rules to protect you from the sin that leads to death. But you rebelled against me, you flaunted my rules. And even though you hurt me so badly, I pursued you. And yet you bucked and resisted and you ignored my commands. And I pursued you. And I asked you trust me and you sinned against me and I pursued you. The reason I was so concerned and the reason I asked you to not do all those things is because the wages of sin is death. And I didn't want you to die. But you had the sentence of death upon you. And so I sent my son, my one and only son, to the earth to take on flesh. And I sent him to the cross. And I put your robes of sin on him, and his robes of righteousness on you. And I poured out my wrath upon my son, that was reserved for you. And I did that to spare you so that you could live. And I've made a way so that you can live eternally with me in heaven. And I have gone to prepare a place for you that where I am you may also be And I cannot wait for you to see me for when you do you shall be like me. and all those trials that seem so hard and difficult, don't worry because I will wipe away every tear from your face and there will be no more morning only laughing and dancing. All that is true. Given all of that, do you think that a few small and momentary afflictions, a few trials, a few rules you don't understand are evidence that God is not good? Do not be deceived. God is Good. Do not be deceived. God is Powerful. Dl not be deceived. God has Saved you. So whatever is going on in your life, cling to these things. Run to them. If you are tempted to sin. If you are tempted to question God. Remember two things from James: Sin is really bad - it leads to death. God is powerfully good. - He sent his Son, Jesus Christ, to die for you. - that leads to life. DO NOT BE DECEIVED. No matter what it feels like, those two things are true.

Pre-emergence Signatures Of Horizontal Divergent Flows In Solar Active Regions by T. Rees-Crockford et al. on Thursday 13 October Solar active regions (ARs) play a fundamental role in driving many of the geo-effective eruptions which propagate into the Solar System. However, we are still unable to consistently predict where and when ARs will occur across the solar disk by identifying pre-emergence signatures in observables such as the Doppler velocity (without using Helioseismic methods). Here we aim to determine the earliest time at which pre-emergence signatures, specifically the Horizontal Divergent Flow (HDF), can be confidently detected using data from the Solar Dynamics Observatory's Helioseismic and Magnetic Imager (SDO/HMI). Initially, we follow previous studies using the thresholding method, which searches for significant increases in the number of pixels that display a specific line-of-sight velocity. We expand this method to more velocity windows and conduct a basic parameter study investigating the effect of cadence on the inferred results. Our findings agree with previous studies with $37.5$% of ARs displaying a HDF, with average lead times between the HDF and flux emergence of $58$ minutes. We present a new potential signature of flux emergence which manifests as cadence-independent transient disruptions to the amplitudes of multiple velocity windows and recover potential pre-emergence signatures for 10 of the 16 ARs studied, with lead times of 60-156 minutes. Several effects can influence both the estimated times of both HDF and flux emergence suggesting that one may need to combine Doppler and magnetic field data to get a reliable indicator of continued flux emergence. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.06276v1

Pre-emergence Signatures Of Horizontal Divergent Flows In Solar Active Regions by T. Rees-Crockford et al. on Thursday 13 October Solar active regions (ARs) play a fundamental role in driving many of the geo-effective eruptions which propagate into the Solar System. However, we are still unable to consistently predict where and when ARs will occur across the solar disk by identifying pre-emergence signatures in observables such as the Doppler velocity (without using Helioseismic methods). Here we aim to determine the earliest time at which pre-emergence signatures, specifically the Horizontal Divergent Flow (HDF), can be confidently detected using data from the Solar Dynamics Observatory's Helioseismic and Magnetic Imager (SDO/HMI). Initially, we follow previous studies using the thresholding method, which searches for significant increases in the number of pixels that display a specific line-of-sight velocity. We expand this method to more velocity windows and conduct a basic parameter study investigating the effect of cadence on the inferred results. Our findings agree with previous studies with $37.5$% of ARs displaying a HDF, with average lead times between the HDF and flux emergence of $58$ minutes. We present a new potential signature of flux emergence which manifests as cadence-independent transient disruptions to the amplitudes of multiple velocity windows and recover potential pre-emergence signatures for 10 of the 16 ARs studied, with lead times of 60-156 minutes. Several effects can influence both the estimated times of both HDF and flux emergence suggesting that one may need to combine Doppler and magnetic field data to get a reliable indicator of continued flux emergence. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.06276v1

Inferring Line-of-Sight Velocities and Doppler Widths from Stokes Profiles of GST NIRIS Using Stacked Deep Neural Networks by Haodi Jiang et al. on Monday 10 October Obtaining high-quality magnetic and velocity fields through Stokes inversion is crucial in solar physics. In this paper, we present a new deep learning method, named Stacked Deep Neural Networks (SDNN), for inferring line-of-sight (LOS) velocities and Doppler widths from Stokes profiles collected by the Near InfraRed Imaging Spectropolarimeter (NIRIS) on the 1.6 m Goode Solar Telescope (GST) at the Big Bear Solar Observatory (BBSO). The training data of SDNN is prepared by a Milne-Eddington (ME) inversion code used by BBSO. We quantitatively assess SDNN, comparing its inversion results with those obtained by the ME inversion code and related machine learning (ML) algorithms such as multiple support vector regression, multilayer perceptrons and a pixel-level convolutional neural network. Major findings from our experimental study are summarized as follows. First, the SDNN-inferred LOS velocities are highly correlated to the ME-calculated ones with the Pearson product-moment correlation coefficient being close to 0.9 on average. Second, SDNN is faster, while producing smoother and cleaner LOS velocity and Doppler width maps, than the ME inversion code. Third, the maps produced by SDNN are closer to ME's maps than those from the related ML algorithms, demonstrating the better learning capability of SDNN than the ML algorithms. Finally, comparison between the inversion results of ME and SDNN based on GST/NIRIS and those from the Helioseismic and Magnetic Imager on board the Solar Dynamics Observatory in flare-prolific active region NOAA 12673 is presented. We also discuss extensions of SDNN for inferring vector magnetic fields with empirical evaluation. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.04122v1

Hello everyone!NASA’s Solar Dynamics Observatory saw a solar eclipse on 29 June, a sight unseen by observers on Earth. Here’s what’s happening!Listen to the podcast and then watch it on video - the eclipse is MUCH prettier with video! :)We hope you enjoyed the view!The Cosmic Companion will be on vacation for the next week, returning on 12 July with a special look at the first full-color images from the James Webb Space Telescope! See you then! VIP Subscriber Extra: A new, original image of the spiral galaxy NGC 6744!Clear skies!JamesVIP Subscriber Extra:A Cosmic Companion original image of the spiral galaxy NGC 6744, recorded on 29 June using the 0.6 meter CHI-1 Telescope in Chile, from Telescope Live. Recorded over 20 minutes in red. green, blue, and mono wavelengths.Thanks for being a VIP subscriber - you are the ones who make this all possible! James Get full access to The Cosmic Companion at thecosmiccompanion.substack.com/subscribe

In 1859, astronomer Richard Carrington was studying the Sun when he witnessed the most intense geomagnetic storm recorded in history. For two days, giant solar flares erupted on the Sun's surface, sending brilliant auroral displays across the globe and causing electrical sparking and fires in telegraph stations. Short Wave's scientist-in-residence Regina G. Barber talks to solar physicist Dr. Samaiyah Farid about what's now known as the Carrington event and about what may happen the next time a massive solar storm hits Earth. You can check out NASA's Solar Dynamics Observatory for pictures of our Sun in real-time: go.nasa.gov/3LOWV1uCurious about other parts of our solar system? Email the show at shortwave@npr.org.

Romeo Durscher is the Vice President of Public Safety at Auterion, the premier end-to-end operating systems for commercial drones, based on open-standards, flexibility and choices. Born and raised in Switzerland, Romeo came to Auterion after 6 years at DJI, where he built the public safety vertical and has become one of the most trusted global leaders and evangelists in small Unmanned Aircraft Systems integration and deployments. Prior to joining the drone industry, he spent 13 years at NASA's Solar Dynamics Observatory.Part of his work is advising first responders and humanitarian organizations on proper drone use and data integration, collaborating with R&D teams on hardware and software solutions, and expanding the drone ecosystem to enhance fully integrated end-to-end solutions and workflows.Romeo has actively participated in drone missions for search and rescue operations, natural disasters, such as the Tubbs, Carr and Camp Fires in California, emergency responses, and various training exercises. He has led global partnerships, such as European Emergency Number Association (EENA), to develop protocols, standards, and best practices for public safety officials to integrate drones into their workflows. Commercial UAV News named Romeo “One of the 25 Most Influential People in the Commercial Drone Industry”, as well as “One of the Top 7 Drone Visionaries in Emergency Response & Public Safety”. The non-profit global organization DRONERESPONDERS awarded him with their first "Public Safety Drone Leadership Award" and the Unmanned Tactical Applications Conference awarded Romeo with the “The Supporting Those Who Serve” annual award, as a recognition of his exceptional leadership advancing the implementation of public safety drone programs across the globe. Romeo has appeared in media forums from ABC's Good Morning America, New York Times, Wired magazine, to Forbes and held keynote presentations, panels, workshops, and webinars across the world, sharing success stories, use cases, lessons learned, and his vision of the drone industry. Romeo can be found on Twitter at @RomeoCH.Connect with Behind Company Lines and HireOtter Website Facebook Twitter LinkedIn:Behind Company LinesHireOtter Instagram Buzzsprout

Cosmic Cuts lives in the primordial soup of hip hop, boom bap, electronica, soul and Rnb. This episode features halloween party vibes brought to you by @unjust_justin so get ready for some tough, grimey sounds with an emphasis on haunting melodies. This one is not for the faint of heart! artist - track james blake - frozen ft jid, swavay little simz - backseat autumn keys - halloween (ft jay squared & tola) nxxxxxs - a lot of noise for nothing kent loon - the mist ft valee & chester watson earlly mac - mearlgo 5 (monster mash) prod. sango earlly mac - mearlgo 6 prod. sango hordatoj - no resistas ft jimetta rose prod. oh no mndbd - evil shit conway the machine - scatter brain ft ludacris & jid flying lotus - black balloons reprise (ft mac miller & denzel curry) jid - cludder freestyle xbvalentine - forgiveness ft bone thugs n harmony will smith - a nightmare on my street arsonists - halloween ft q-unique, swel, jise-one geto boys - mind playing tricks on me spellling - haunted water theo croker - state of the union 444 ft wyclef jean ¿teo? - americano vince staples - yeah right brllnt - crank that halloween image credit: NASA/GSFC/SDO This image is a blend of 171 and 193 angstrom light as captured by the Solar Dynamics Observatory https://www.nasa.gov/image-feature/our-halloween-sun

Can an Open-Source Ecosystem Provide Enhanced Drone Solutions? Romeo Durscher is Vice President of Public Safety at Auterion,  the premier end-to-end operating systems for commercial drones, based on open-standards, flexibility and choices.  In 2011, co-founder Lorenz Meier created PX4, the world’s most widely used open-source flight controller for drones and other unmanned vehicles. Today, it is the core of Auterion’s operating systems.  In September 2020, a Forbes.com article called Auterion the company that could transform the U.S. Drone Industry. Born and raised in Switzerland, Romeo came to Auterion after 6 years at DJI, where he built the public safety vertical and has become one of the most trusted global leaders and evangelists in small Unmanned Aircraft Systems integration and deployments. Prior to joining the drone industry, he spent 13 years at NASA’s Solar Dynamics Observatory. At Auterion, Romeo advises first responders and humanitarian organizations on proper drone use and data integration, collaborating with R&D teams on hardware and software solutions, and expanding the drone ecosystem to enhance fully integrated end-to-end solutions and workflows. In this edition of the Drone Radio Show, Romeo talks about Auterion’s products and services, his transition to a fully-open source ecosystem and how that ecosystem enables and supports enhancedcustomer solutions.

Understanding the frequency of flares is one of the keys to determining a planet’s chance of harboring life.

Fernando Abilleira el Ingeniero Aerospacial Superior por el Parks College of Saint Louis University, Missouri (USA). Empezó su carrera profesional en el NASA Goddard Space Flight Center situado en Greenbelt (Maryland) donde dio soporte de análisis y diseño de misión al James Webb Space Telescope, Hubble Space Telescope, Solar Dynamics Observatory y ST5 entre otros. A principios del 2004 empezó a trabajar en el NASA Jet Propulsion Laboratory situado en Pasadena, California (USA) como Analista de Trayectoria e Ingeniero de Diseño de Misión para la Oficina del Programa de Exploración de Marte. Su carrera ha estado siempre ligada al planeta rojo: ha dado soporte técnico a misiones como Mars Science Orbiter, Mars Sample Return; ha formado parte del proyecto Mars Science Laboratory, que logró aterrizar el rover Curiosity en agosto de 2012; y ha sido director de Diseño de Misión y Navegación de InSight, que alcanzó Marte en noviembre de 2018. Abilleira es actualmente el director de Diseño de Misión y Navegación y el subdirector de Operaciones de Vuelo de Mars 2020, que despegó el pasado 30 de julio. Esta misión tiene como objetivo aterrizar el rover Perseverance en Marte para estudiar entornos y restos de vida microbiana, ensayar tecnologías de generación de oxígeno y almacenar muestras del planeta con la idea de poderlas enviar a la Tierra en el futuro. Fernando ha publicado múltiples documentos técnicos en las áreas de Astrodinámica, Mecánica Orbital, Navegación y optimización de trayectorias. Actualmente, reside en Moorpark, California (USA) con su esposa Sarah y sus hijos Owen, Ethan y Logan.

Charles Werner, your host, welcomes Romeo Durscher and Christopher Todd to talk about the history of drones in public safety and emergency management, specially now that Romeo has decided to retire from his role at DJI after an amazing contribution to the field of drones. Charles, Chris, and Romeo talk thoughtfully about the opportunities, possibilities, and challenges in the implementation and use of unmanned aircraft systems for disaster response. Chris Todd is the founder and president of Airborne Response, he also serves as the executive director of the Airborne International Response Team (AIRT®). Romeo Durscher is the Former Senior Director of Public Safety Integration at DJI. He was born and raised in Switzerland, Romeo moved to San Jose, CA to work on a NASA space mission. After almost 13 years of working on NASA’s Solar Dynamics Observatory, doing project management, education and public outreach, and social media, Romeo spent 6 years at DJI, the world’s largest drone manufacturer. At DJI he built the Public Safety vertical and through his leadership and drive to bring new technologies to emergency services, he has become a leader in UAS integration, deployment, and future solution design. Romeo was named one of the 25 Most Influential People in the Drone Industry by the Commercial UAV organization and one of 7 visionaries in Public Safety. He is a published author and aerial photographer, known science outreach and educator, social media leader, and conference keynote speaker.   Key Takeaways: [1:33] Romeo announces it was his last day at DJI. [2:47] Romeo explains how he transitioned into public safety [9:27] Romeo explains how he got the vision about the potential of drones back in 2011. [10:20] Romeo shares how he left his work at NASA to dedicate his career to drones. [13:24] Romeo talks about his first connection to the fire service public safety. [17:53] Realizing there was a market for drones. [18:56] Romeo talks about the first fire department in testing drones for public safety. [23:21] More people became interested in drones as they became more popular and commercially publicized. [25:45] Figuring out how drones can contribute to public safety responses. [27:20] Search and rescue and drones [30:59] Romeo talks about HAZMAT. [34:04] When does a drone in a hazmat scenario become disposable? [35:01] Romeo talks about the introduction to design changes. [38:45] The matter of budget in public safety and how it impacts the market. [41:11] Romeo explains why you should not start with a big aircraft. [42:33] Batteries can be another challenge to public safety. [44:45] There is no one drone that does it all. [46:10] Romeo shares his biggest moments with DJI in the public safety arena. [49:33] The emotional impact of attending a disaster is real. [50:58] Romeo talks about the challenge of processing the data collected through drones. [53:40] Romeo talks about drones reaching their peak of effectiveness. [56:17] What is the next thing on the horizon for drones? [1:01:10] Imagery is really important for damage assessment. [1:01:33] Romeo shares his thoughts about the promise of artificial intelligence. [1:04:09] Romeo talks about DJI’s strategies for the near future. [1:05:39] Romeo shares a moment when he saw a drone saving a life [1:07:05] The Lost Person Behavior App. [1:11:15] Romeo talks about people’s reaction to him leaving DJI. [1:13:27] Romeo was named one of the 25 Most Influential People in the Drone Industry by the Commercial UAV organization and one of 7 visionaries in Public Safety. [1:17:38] Romeo talks about how he has been preparing his successor for over three years. [1:20:30] What is next for Romeo Durscher? [1:23:01] Where does Romeo see the global public safety market going? [1:27:17] If there was one thing Romeo would like to see happening in the drone world, what would it be?   Mentioned in this episode: Airborne International Response Team Presented by AiRXOS, part of GE Aviation with additional support from FIRSTiZ and Pix4D AIRT is the leading 501(c)(3) non-profit organization supporting Drones For Good and Public Safety UAS Become a member of Drone Responders for free. AIRT and DRONERESPONDERS 2020 Drones in Public Safety Survey Drone Responders Events

Guest host Sara Ford joins our old favorite Mark Mirchandani this week for a special interview with NASA and FDL. Our guests, James Parr and Madhulika Guhathakurta, give us a super cool, in-depth look at how NASA and FDL do what they do. Lika explains the important scientific studies she has worked on during her years at NASA and how she came to understand and appreciate Machine Learning. James introduces us to the Frontier Development Lab, a project collaborated on by private and public companies to leverage AI and Machine Learning in the research of science, exploration, and many other disciplines. From saving Earth from asteroids to conducting research on our sun, James describes the process of solving these solar system sized problems, starting with creating a solid team. Machine Learning is a team sport, he says, and like making a Hollywood film, it takes many people from different backgrounds to find these solutions. The cloud has been integral in facilitating this meeting of the minds and the analyzing of data at FDL. Later, we talk about the process of astronomical research before the current technological age and how techniques have advanced into the 21st century. James tells us the origin story of FDL and how they were tasked with applying Machine Learning to complex problems like planetary defense and space weather. Lika describes space weather and details how it impacts our planet. We talk about the role of data engineers in the team sport of astro-research and how data is collected and analyzed. Lika emphasizes the benefits of building a working system and how the processes can be applied to many other disciplines. James and Lika wrap up the show with a look at what cool things they expect in the future. James Parr James is Director of the Frontier Development Lab, in partnership with NASA ARC and the SETI Institute. FDL has successfully demonstrated that structured interdisciplinary problem solving, sprint methodologies, radical collaboration methods and partnering with leaders in commercial AI, such as Google Cloud, are powerful amplifiers in applying AI to the science and technology goals of space agencies. Madhulika(Lika) Guhathakurta, PhD For the past two decades, Lika has led the development of Heliophysics as an integrated scientific discipline from which fundamental discoveries about our universe provide direct societal benefits. As the Lead for the Living With a Star (LWS) program for 16 years (2001-2016), she made possible the flagship missions (e.g. the Solar Dynamics Observatory, Van Allen Probes, Solar Orbiter Collaboration and Parker Solar Probe) including STEREO that would revolutionize our understanding of how the Sun shapes space weather in the solar system. To accelerate innovation and scientific discovery she created funding mechanisms to shepherd traditional domain scientists out of their comfort zones to create LWS system science known as Targeted Research & Technology program and Focused Science Teams that foster competitive, yet collaborative environments that promote the crosspollination of ideas and technology. To nurture the next generation of leaders in Heliophysics, she created the Jack Eddy Fellowship Program which has become an important channel for the professional growth of promising researchers and has been successful at promoting the careers of many women scientists reaching 50% parity with men. Since 2017, she was the driving force at NASA Headquarters and at NASA Ames behind the growth of Frontier Development Laboratory, both in terms of the breadth of problem areas tackled as well as in the number of agency and industry partners (e.g. Google, Nvidia, Intel, Lockheed Martin, Planet). The types of innovative solutions include virtual telescopes, data fusion, edge computing, and autonomy and this approach will have an enduring imprint on the way science and exploration is carried out by future generations. Cool things of the week Prepare for Google Cloud certification with one free month of new Professional Certificates on Coursera blog GCP Podcast Episode 239: Cloud Learning Services with Nandhini Rangan and Magda Jary podcast NASA’s OSIRIS-REx Spacecraft Collects Significant Amount of Asteroid site Interview NASA site Frontier Development Lab (FDL) site Oort Information site Sound Effects Attribution “Bad Beep” by RicherLandTV of Freesound.org “Small Group Laugh 6” by Tim.Kahn of Freesound.org

In a new study, scientists are looking at sunspots. But instead of using high-resolution images, they are viewing the sunspots at low resolution as if they were trillions of miles away.

Are you ready for a drone industry update? Romeo Durscher is Director of Public Safety Integration at DJI, the world’s leading maker of civilian drones and aerial imaging technology. Born and raised in Switzerland, Romeo came to DJI after 13 years at NASA’s Solar Dynamics Observatory. As part of his work advising first responders and humanitarian organizations, Romeo has actively participated in drone missions for search and rescue operations, natural disasters, live-fire training exercises. He leads DJI’s partnership with the European Emergency Number Association (EENA), which has developed protocols for public safety officials to integrate drones into their work. Commercial UAV News named Romeo one of the 25 most influential people in the commercial drone industry, as well as one of the top 7 drone visionaries in emergency response & public safety. Romeo has appeared in media forums from ABC’s Good Morning America to Wired magazine. In this episode of the Drone Radio Show, Romeo talks about drones in public safety, current trends in the industry, a DJI product update and how drones helping to combat mosquito borne diseases.

GB2RS NEWS Sunday the 26th of July 2020 The news headlines: Over 400 remote-invigilation Intermediate exams booked July’s RadCom Basic’s free to all Tokyo Ham Fair cancelled Since bookings opened on the 13th of July, the RSGB is delighted that over 400 people have booked a remote-invigilation Intermediate exam, with over 250 registering on the first day! These exams take place from the 12th of August and we wish the candidates well with their studying and the exam. With more than 1000 remote-invigilation Foundation licence students having passed, the RSGB is making the July edition of RadCom Basics a special free-to-everyone edition. With many radio amateurs world-wide still affected by national lockdown restrictions, RadCom Basics is an opportunity to introduce elements of the hobby to newcomers in bite-sized pieces. To read the July copy of this bi-monthly online publication, go to www.rsgb.org/radcom-basics. The Japanese national society, JARL, has announced that the Tokyo Ham Fair, due to be held on the 31st of October and the 1st of November has been cancelled due to coronavirus. In 2019, 42,000 people are reported to have visited the event that usually takes place in August, it was moved to later in 2020 because of the expected Olympic and Paralympic Games during the summer. The objective of the AMSAT-UK OSCAR Satellite QSO Party is to encourage all radio amateurs to make contacts via satellites during northern hemisphere summer. Whether you are a seasoned operator or a newcomer, all are welcome. Although points are given per QSO, this isn’t a contest. The QSO Party will be supported by an online leader-board that will be available from the start of the event, which runs from 0000UTC on the 1st of August until 2359UTC on the 22nd of September. Prizes will be awarded to the leading entries, full details at https://amsat-uk.org. The RSGB’s Tonight @ 8 webinars continue on Monday the 27th of July with a presentation by Dom Smith, M0BLF on Getting started on QO-100. You can watch the livestream and ask questions on both the RSGB YouTube channel or the special Tonight @ 8 channel on the BATC website. The webinar series takes a break in August then will be back on the 7th of September with James Stevens, M0JCQ who will be talking about Portable adventures with Summits on the Air. You can find out more about all the webinars via the RSGB website at www.rsgb.org/webinars. NZART, the New Zealand National Amateur Radio Society, has published an update on its 60m band page indicating that the current New Zealand 60m trial period, which was due to have been concluded on the 24th of July has been extended for a further three months until the 24th of October. Go to www.nzart.org.nz/info/60m/ for more information. The European Space Agency has released a new video ‘How to get pictures from the International Space Station via Amateur Radio’ that features radio amateur David Honess, 2E0XDO. It also has a collection of tutorial videos explaining how to receive ISS Slow Scan TV pictures for different computers and mobile devices. Go to https://tinyurl.com/gb2rs-iss to find out more. The RSGB has uploaded two more 2019 Convention lecture videos to its YouTube channel. In the first one, Richard Banester, G4CDN talks about 2m Ionoscatter and using digital modes to open up paths that are usually unworkable. The second presentation is by Dean Pesnell from the Solar Dynamics Observatory who explains more about the Observatory and how studying the Sun helps us understand the Earth and amateur radio. Go to www.youtube.com/theRSGB to watch these presentations. Now the special event news Since the change of regulations applying to special event stations in the UK, many activations are now able to go ahead. UK amateurs would like to thank Ofcom for their help in making this happen. August sees two GB80 Special Event Stations come on air marking the critical role that radar played in the Battle of Britain 80 years ago. GB80BRS will be operated to commemorate Bawdsey Radar Station in Suffolk, which was where radar was developed in the late 1930s and was the location of the world’s first operational radar station. Operation will be on 10m to 80m bands, SSB, CW and FT8. GB80CH will be operated from Chelmsford in Essex, which has the most complete surviving radar tower from the Battle of Britain. The BAE Systems Great Baddow Amateur Radio, club with amateur colleagues in local clubs will be operating across the HF+6m bands. And now the DX news Tony, OH1TD is active again from his summer QTH on Korpo Island, EU-096, until September. QSL via his home callsign either direct or via the bureau. Now the contest news Please remember to check before the events for new rules due to lockdown and social distancing, which may differ around the world. The RSGB strongly advises obeying your own government’s advice first and foremost. Today, the 26th, the UK Microwave Group contest runs from 0600 to 1800UTC. Using all modes in the 5.7 and 10GHz bands, the exchange is signal report, serial number and locator. The RSGB’s Islands On The Air contest ends its 24-hour run at 1200UTC today, the 26th. It’s CW and SSB only on the 3.5 to 28MHz bands and the exchange is signal report, serial number and your IOTA reference. Mainland Britain is EU-005, mainland Ireland is EU-115, while smaller islands have differing references. A full list can be found at www.qrz.com/i/iota.html. The IOTA contest has been scaled back this year, with no portable entries being accepted due to the Covid-19 pandemic. On Monday the sixth FT4 series contest runs from 1900 to 2030UTC. Using the 3.5MHz band only the exchange is your 4-character locator. On Tuesday the SHF UK Activity Contest runs from 1830 to 2200UTC. Using all modes on the 2.3GHz and Up bands, the exchange is signal report, serial number and locator. The fourth 144MHz Backpacker contest takes place on Saturday the 1st of August but with single operator entries only. Running from 1400 to 1800UTC, it’s all mode with the exchange of signal report, serial number and locator. Also on the 1st of August, the 144MHz Low Power Contest runs from 1400 to 2000UTC. Again this is single operator only entries. Using all modes the exchange is signal report, serial number, locator and first two letters of your postcode. The Worked All Britain 144MHz Low power phone contest takes place next Saturday, the 1st of August from 1400 to 1800UTC. The exchange is signal report, serial number and WAB square for UK stations. Entries need to be with the contest manager by the 11th of August. The maximum power for this contest is 10 watts input to the antenna. Mobile and portable entries are allowed but no club or multi-operator entries. Full details from www.worked-all-britain.org.uk. Next Sunday, the 2nd, the 432MHz Low Power Contest is single operator only from 0800 to 1200UTC. Using all modes the exchange is signal report, serial number, locator and first two letters of your postcode. The UK Six Metre Group’s Summer Marathon runs until the 2nd of August. Using all modes on the 50MHz band, the exchange is your 4-character locator. Now the radio propagation report, compiled by G0KYA, G3YLA and G4BAO on Friday the 24th of July. We had quite a quiet week with the Sun with zero sunspots and a settled geomagnetic field. The solar wind speed was slow, between 280 and 330km per second, and its magnetic field was weak, with no significant negative deflections in its important North-South Bz direction. Therefore, the resultant geomagnetic activity was settled. On the 21st a sunspot appeared around the Sun’s limb. Now classified as sunspot group 2767, on Thursday it contained one sunspot, but its simple uni-polar magnetic signature suggests it is non threatening. We do expect the Kp index to rise on Friday the 24th due to the arrival of a coronal hole high speed stream. Modest magnetic enhancement is also forecast for the 25th of July with the possible arrival of a slow CME from the 19th. Expect a possible pre-aurora enhancement followed by the potential for suppressed maximum usable frequencies over the weekend and into early next week. HF conditions have been generally lacklustre, but Laurie, G3UML reports that WH6FXL and WA6QDQ/KH6, both in Hawaii, were both quite readable signals on 20m SSB at 0800 on Wednesday. Tom, GM4FDM reports working two JAs on 17m using his newly-erected dipole. The 10m UK Net group on Facebook also reported an FT8 opening to Japan on Monday as well. This just goes to show that you shouldn’t just write off the Summer as being no good for DX. Next week NOAA predicts the solar flux index will remain in the high 60s with the Kp index between two and three. This generally suggests that HF conditions will remain similar to last week. Expect Sporadic-E openings on 10 metres to continue, although not at the rate that we had earlier in the month. And now the VHF and up propagation news. A series of low-pressure systems passing close by northern Scotland and various fronts crossing the country mean that there are likely to be few opportunities for Tropo this week. High pressure is displaced to the south over France so any Tropo will be mostly likely from southern England into the continent or across Biscay to Spain. That brings rain scatter on the GHz bands onto the agenda for many regions of the UK at some time or other during the coming week. Sporadic-E still warrants a mention, but it is becoming more elusive as we move towards August. It's not a 'no chance', but it will need some strategy for being in the right place at the right time. The best options will be to monitor 10m or 6m mid-morning and again late afternoon or early evening. Paths on FT8 will prove good indicators of which direction might deliver as the Es develops. With the Moon declination negative and falling further as the week progresses, Moon visibility windows will shorten and peak elevation will be just 32 degrees today and falling, leading up to minimum declination a week today. Perigee was yesterday, Saturday the 1st, so path losses are now increasing. 144MHz sky noise peaks at 2,500 Kelvin on Friday, so low noise preamps won’t help you that day. The Southern Delta Aquarids meteor shower has a broad peak from the 26th to the 31st with a Zenithal Hourly Rate of 25, so look for enhanced meteor scatter activity in the coming week. In Europe, the shower radiant is above the horizon at night or in the early mornings. And that’s all from the propagation team this week.

Approximately every 11 years, the sun undergoes a change from calm to violently active. But the timing of this important solar cycle is far from precise.

The astronomy and space science news podcast.For more SpaceTime visit www.bitesz.com/spacetime (mobile friendly). SpaceTime with Stuart Gary Series 23 Episode 42*Plate Tectonics at least 3.2 billion years oldA new study has found that planet Earth was already experiencing tectonic plate movements 3.2 billion years ago and that the plates back then were moving at similar rates to what they are now. *Hubble celebrates 30 years of scienceThe Hubble Space Telescope has just celebrated its 30th anniversary in space. It’s hard to believe, but for more than a generation now, the Earth orbiting observatory has been redefining our view of the universe providing a new understanding of the cosmos and humanity’s place in it.https://spacetimewithstuartgary.tumblr.com/post/616451279135342592 https://spacetimewithstuartgary.tumblr.com/post/616454527703482368 https://spacetimewithstuartgary.tumblr.com/post/616455881122578432 https://spacetimewithstuartgary.tumblr.com/post/616456467051118592 https://spacetimewithstuartgary.tumblr.com/post/616456646119571456 https://spacetimewithstuartgary.tumblr.com/post/616456834127200256https://spacetimewithstuartgary.tumblr.com/post/616456926961745920 *The Sun’s magnetic poles reversing polarity with two solar cycles active at onceThere’s been more evidence that the new solar cycle is taking hold on the Sun with magnetic map images from NASA’s Solar Dynamics Observatory spacecraft showing two separate solar cycle sun spots on the solar disk at the same time. *The Science ReportChina threatens Australian exports over Canberra’s call for an independent enquiry into COVID-19.Growing reports of young and middle-aged people, barely sick with covid-19, dying of strokes.Claims 43 percent of COVID-19 sufferers show no symptoms at all.A new study warns that global insect populations dropped 25% since 1990.Oil and gas operations releasing the greenhouse gas methane at twice the average rate.The healthiest way to brew a coffee. For enhanced Show Notes including photos to accompany this episode, visit: http://www.bitesz.com/spacetimeshownotesSponsor Link: ExpressVPN - Rated No.1 by Techradar - www.tryexpressvpn.com/space Get immediate access to over 180 commercial-free, double episode editions of SpaceTime plus extended interview bonus content. Subscribe via Patreon or Supercast....and share in the rewards. Details at www.patreon.com/spacetimewithstuartgary or Supercast - https://bitesznetwork.supercast.tech/RSS feed:

GB2RS NEWS Sunday the 12th of April 2020   The news headlines: IARU turns 95 EMC help is on hand Commonwealth War Graves Commission at NRC Saturday the 18th of April is World Amateur Radio Day, this year marking the 95th anniversary of the International Amateur Radio Union. Around the world, amateur radio special event stations will mark the event on the air, starting on the 18th at 0000UTC and continuing until the 19th at 2359. The theme this year is Celebrating Amateur Radio’s Contribution to Society and the COVID-19 pandemic casts the event in a different light than in years past. IARU President Tim Ellam, VE6SH/G4HUA, says “A few short weeks ago, many of us could not imagine the levels of isolation that we are now dealing with and the sacrifices of many on the front lines of the pandemic. As we have done in past challenges to our society, amateur radio will play a key part in keeping people connected and assisting those who need support.” Looking for help with an EMC problem? The RSGB’s EMC web page has a range of resources that will help including guidance on several EMC issues and helpful leaflets to download from www.rsgb.org/emc. The RSGB’s YouTube channel also has the RFI Clinic 2019 Convention lecture by the EMC Committee’s John Rogers, M0JAV and David Lauder, G0SNO. Take a look at the 2019 Convention playlist on www.youtube.com/theRSGB. A few weeks ago, the Commonwealth War Graves Commission visited the RSGB National Radio Centre at Bletchley Park to make a film about the B2 Mk III Spy set on display in the foyer. The video features RSGB member John Ellerton, G3NCN and can be viewed on YouTube. Go to https://youtu.be/U3ZZUJmItSU From the 13th of April, Matt, M0PTO will be uploading videos to YouTube for a new course called Lockdown Morse. The YouTube channel is at https://youtu.be/RWDqg8bCSqM. He has also created a Facebook page for the course at www.facebook.com/lockdownmorse. The RSGB has released onto its YouTube Channel a video by the Society’s Propagation Studies Committee entitled Understanding HF Propagation. It looks at sunspots, ionospheric layers, critical frequencies, solar flares and much more. You can see it at www.youtube.com/theRSGB Nordics on the Air was scheduled to be held this weekend. It has postponed because of the COVID-19 pandemic. On the youth NOTA camp, there would have been two HF stations with the callsign LA1YOTA spreading the voice of youth all around the world. Even though the camp is not going to happen there will be NOTA activation skeds from the 10th onwards. Look out for SK8YOTA on the 12th and TF3YOTA on the 13th. The RSGB HF Contest Committee has just completed a survey, which was open to all, to help determine its strategy during the COVID-19 pandemic. Questions focused on two issues. Firstly, how best to proceed with its flagship IOTA Contest in 2020. Secondly, whether or not there was a mandate for introducing a temporary HF contest series to provide some entertainment and support to RSGB Members and others who are currently staying at home. The committee had 656 survey respondents, of whom just less than half are regular RSGB HF contest participants. You can read the results at https://tinyurl.com/HFCC-survey-results. The RSGB has decided to postpone all Train the Trainers courses for this year. They had been planned to run up until July, so the team will start rescheduling them when the pandemic situation improves and full travel is restored. Icom has announced that delivery of the new IC-705 HF to 430MHz all-mode 10W transceiver, which was scheduled to be released in March, has been pushed back to later this year because the coronavirus pandemic has delayed the delivery of some components. More information will be posted on their website and via social media in due course. A long-silent repeater in Birmingham has successfully reactivated. GB3BM is on 145.7125MHz with 67Hz CTCSS tone. In the current situation of everyone being at home a great deal more than usual, this will no doubt be welcome news to amateurs in the area. Don’t forget that voting for the RSGB elections is still open. If you’ve struggled to find your Membership number, the Society has made it easier for you by adding it to the righthand sidebar of your Members’ page when you log into the website. This is your opportunity to choose who you want to be part of the RSGB Board and help lead the Society over the next few years. The special web pages at www.rsgb.org/agm have details of the Calling Notice, Resolutions, candidate statements and information about how to vote. Internet voting closes at 9am on Thursday the 23rd of April. The RSGB has a Coronavirus Updates page that brings together some great ideas as well as its important announcements. Take a look at www.rsgb.org/coronavirus-updates. Now the contest news Due to social distancing and movement precautions around the world, most contest organisers are not accepting entries from multi-operator groups or from portable stations. Check the rules before taking part. Today, the 12th, the First 50MHz contest takes place from 0900 to 1200UTC. Using all modes, the exchange is signal report, serial number, locator and postcode. The Worked All Britain Data contest takes place from 1000 to 1400 and 1700 to 2100UTC today, the 12th of April. All data modes except machine-generated CW may be used, but it is expected that most contacts will be by RTTY, PSK or FT8. The exchange is signal report, serial number and WAB square. Entries need to be with the contest manager by the 22nd of April. See www.worked-all-britain.org.uk. On Monday the Irish 70cm Counties Contest will run from 1300 to 1330UTC using FM and SSB. It is immediately followed by the 2m Counties Contest from 1330 to 1500UTC. This is SSB only. The exchange for both contests is signal report and serial number with EI and GI stations also exchanging their county. On Tuesday the 432MHz FM Activity contest runs from 1800 to 1855UTC. It is followed by the all-mode 432MHz UK Activity Contest from 1900 to 2130UTC. The exchange for both is signal report, serial number and locator. On Wednesday, the 80m Club Championships runs from 1900 to 2030UTC using SSB only. The exchange is signal report and serial number. On Thursday it is the 70MHz UK Activity Contest from 1900 to 2130UTC, using SSB only. The exchange is signal report and serial number. Next weekend, the First Machine Generated Modes contest runs from 1400UTC on the 18th to 1400UTC on the 19th using the 50 and 144MHz bands. The exchange is signal report and your four-character locator. The YU DX contest runs from 0700UTC on the 18th to 0659UTC on the 19th. More information can be found at http://yudx.yu1srs.org.rs/2020. And finally, don’t forget the RSGB Hope QSO Party on weekdays, see www.rsgbcc.org/hf for further details. Now the radio propagation report, compiled by G0KYA, G3YLA and G4BAO on Thursday the 9th of April. Sunspot group 2759, as reported last week, never really amounted to much and vanished before it got to the solar disk’s edge. The matter from a solar coronal hole did hit the Earth last weekend as we predicted, sending the Kp index to four in the early hours of Saturday morning. Even though we don’t have any sunspots, we are now benefiting from seasonal changes in the ionosphere and longer days. Monday’s 80m CW Club Championship contest saw the critical frequency stay comfortably above 4MHz, which guaranteed a lively event with high scores all round. Stations in the Netherlands, Czech Republic, Sweden and France joined in, which made for some head-scratching for amateurs expecting to hear mostly UK-based callsigns. But daytime on HF is still a little lacklustre as we continue towards sunspot minimum. Next week, NOAA predicts more of the same with the solar flux index pegged at 68 and zero sunspots. The Solar Dynamics Observatory spacecraft showed a large coronal hole was Earth facing on Thursday, which suggests we might get disrupted conditions over the weekend. Although we don’t know the solar matter’s expected Bz signature, if its locked-in magnetic field shows a strong south-facing Bz component we can expect it to couple strongly to the Earth’s magnetic field, resulting in a raised Kp index. So lookout for the possibility of a pre-auroral enhancement at first and then auroral conditions on 10m as it progresses. Meanwhile, there are signs that this year’s Sporadic-E season could soon warm up. Some Spanish low-power beacons have been spotted on 10 metres, but they are currently quite weak. We expect Es conditions to improve towards the end of April/early May with daily short-skip openings out to around 1,500 miles. So it is a good time to make sure your 10m antennas are working properly before the Es season starts. And now the VHF and up propagation news. In a general sense, this period of weather is essentially high-pressure driven except for a couple of brief incursions from low-pressure systems. Easter weekend sees the first visit by a low drifting from the north with April showers and some rain scatter potential. This is followed by a high moving from northwest Scotland southeast into Germany and again producing some good Tropo potential, which may well coincide with the 70cm UKAC on Tuesday evening, so a good result. The second half of the week models show a low moving from the south and affecting the southern half of the UK bringing some showery rain, perhaps thundery, so again some more rain scatter on the microwave frequencies. Lastly, the following weekend sees high pressure returning to Scotland and later the North Sea with further Tropo options. As we are pushing well into April we can expect to see the new Sporadic-E season developing in the next couple of weeks and the Easter Sunday 50MHz contest could well flush out any early stirrings! While we are still close to Lunar perigee, losses are low, but Moon declination is minimum on Tuesday. Moon visibility windows are just a few hours at low elevation, making EME difficult due to ground noise. Added to this is high 144MHz sky noise in the first part of the week, making it a poor week for EME. This Thursday sees the start of the Lyrids meteor shower, so we are coming out of the period of low meteor activity. Keep checking around dawn for the best random meteor contacts. Overall it’s a good week for activity on the VHF/UHF bands. And that’s all from the propagation team this week.

If you’ve ever seen a close-up of activity on the Sun, it was probably an SDO image.

Work has been incredibly busy for me. I've had training and way less free time than normal. My top ten space movies episode is still coming, I've decided to watch some of these movies again so I can properly rank them. I also have a decade in review episode coming soon, it's going to be a retrospective of the big events of the 2010's and a look forward to what I'm excited for in the 2020's. Let me know if you have any questions, email me at john@thespaceshot.com. You can also call 720-772-7988 if you'd like to ask a question for the show. Send questions, ideas, or comments, and I will be sure to respond to you! Thanks for reaching out! Do me a favor and leave a review for the podcast if you enjoy listening each day. Screenshot your review and send it to @johnmulnix or john@thespaceshot.com and I will send you a Space Shot sticker and a thank you! You can send me questions and connect with me on Facebook, Instagram, or Twitter, by clicking one of the links below. Facebook (https://m.facebook.com/thespaceshot/) Instagram (https://www.instagram.com/johnmulnix/) Twitter (https://twitter.com/johnmulnix) Episode Links: Hubble Part 1 (https://thespaceshot.fireside.fm/201) Hubble Part 2 (https://thespaceshot.fireside.fm/202) STS-82 Post Flight- National Space Society (https://space.nss.org/space-shuttle-flight-82-sts-82-post-flight-presentation-video/) STS-82 NASA mission page (https://www.nasa.gov/mission_pages/shuttle/shuttlemissions/archives/sts-82.html) STS-99 (https://www.nasa.gov/mission_pages/shuttle/shuttlemissions/archives/sts-99.html) Solar Dynamics Observatory- Images/Data (https://sdo.gsfc.nasa.gov/data/) Solar Dynamics Observatory mission page (https://www.nasa.gov/mission_pages/sdo/main/index.html) Just launched! The NASA/ESA Solar Orbiter mission Mission Page (https://www.nasa.gov/solar-orbiter) You have to check out this link. It shows the EPIC camera from the DSCOVR spacecraft. The EPIC camera (https://epic.gsfc.nasa.gov/) DSCOVR mission page (https://solarsystem.nasa.gov/missions/DSCOVR/in-depth/) Venera 1 (https://nssdc.gsfc.nasa.gov/nmc/spacecraft/display.action?id=1961-003A) Mariner 7 (https://nssdc.gsfc.nasa.gov/nmc/spacecraft/display.action?id=1969-030A) HALCA mission page (https://science.nasa.gov/missions/halca) Vega- Arianespace (https://www.arianespace.com/vehicle/vega/) NEAR Shoemaker mission page (https://solarsystem.nasa.gov/missions/near-shoemaker/in-depth/) Eros (https://solarsystem.nasa.gov/asteroids-comets-and-meteors/asteroids/433-eros/in-depth/) Voyager 1- The Family Portrait (https://solarsystem.nasa.gov/resources/700/first-ever-solar-system-family-portrait-1990/) Pale Blue Dot (https://www.nasa.gov/feature/jpl/pale-blue-dot-revisited) Solar Maximum Mission (https://heasarc.gsfc.nasa.gov/docs/heasarc/missions/solarmax.html) Chelyabinsk Meteor- NASA (https://www.nasa.gov/feature/five-years-after-the-chelyabinsk-meteor-nasa-leads-efforts-in-planetary-defense) Vanguard 2 (https://nssdc.gsfc.nasa.gov/nmc/spacecraft/display.action?id=1959-001A) Discovery of Pluto- AAS (https://aas.org/posts/news/2017/02/month-astronomical-history-discovery-pluto) A great article Space Shuttle Enterprise- Chris Gebhardt (https://www.nasaspaceflight.com/2012/04/space-shuttle-enterprise-the-orbiter-that-started-it-all/) The Space Shot- The Enterprise (https://thespaceshot.fireside.fm/90) CRS-10 (https://www.spacex.com/news/2017/02/20/crs-10-mission-photos-ongoing) Starlink Launch (https://www.spacex.com/news/2020/02/17/starlink-mission) SpaceX Dragon (https://www.spacex.com/dragon) Friendship 7 (https://history.nasa.gov/friendship7/) Liftoff of Friendship 7 (https://www.nasa.gov/image-feature/liftoff-of-john-glenns-friendship-7-feb-20-1962) John Glenn and Discovery (https://thespaceshot.fireside.fm/168) MA-6 Results pdf (https://spaceflight.nasa.gov/outreach/SignificantIncidents/assets/ma-6-results.pdf) Luna 20- mission page (https://solarsystem.nasa.gov/missions/luna-20/in-depth/) STS-75 (https://www.nasa.gov/mission_pages/shuttle/shuttlemissions/archives/sts-75.html) Paz mission SpaceX (https://www.spacex.com/news/2018/02/22/paz-mission)

NASA scientists have discovered that bright points in the solar atmosphere may give us much more information about changes occurring deep down in the sun.

Special Shoutout to Matthew from the UK on Instagram and welcome Jaime to UBR Truth Seekers! 6 More Solar Observatories closed and This could be the reason! 9/14 Article Link: https://ufosightingshotspot.blogspot.com/2018/09/6-more-solar-observatories-closed-and.html?m=1 The National Solar Observatory in Sunspot, New Mexico, and a nearby United States Postal Service office, were evacuated and shutdown for security reasons on September 9, 2018 observatory officials said but they refused to tell us the reason for the sudden shutdown. Then, NASA tries to explain what happened on September 9, 2018 by issuing a statement that there were two lunar transits passing in front of the sun. “On Sept. 9, 2018, NASA's Solar Dynamics Observatory, SDO, saw two lunar transits as the Moon passed in front of the Sun. A transit happens when a celestial body passes between a larger body and an observer. It has become known that 6 more Solar Observatories (Australia, Chile, Spain, Hawaii (2), and Pennsylvania) have been shutdown: We note that all these solar/space cams down at the same time as the Solar Observatory in New Mexico. Mysterious solar observatory evacuation caused by a child porn investigation, FBI docs say 9/20 Article Link: https://www.google.com/amp/s/amp.usatoday.com/amp/1365325002 The Sunspot Solar Observatory telescope sits next door to the Apache Point Observatory. On Sept. 6, the observatory was closed and evacuated due to an undisclosed security issue. The sudden and previously unexplained evacuation of a New Mexico solar observatory on Sept. 6 was prompted by a child pornography investigation, according to Federal Bureau of Investigation documents. A laptop at the facility was seized without the knowledge of the suspect — a janitor, the Albuquerque Journal reported. The evacuation came after that person became increasingly agitated, prompting concerns about the safety of staff at the observatory, the publication reports.  In the wake of the evacuation and closure, officials provided little information, leading to widespread speculation and conspiracy theories. The observatory's proximity to Roswell — the site of an alleged UFO crash — helped fuel speculation, Reuters says. Show Stuff TeePublic Store - Get your UBR goodies today! http://tee.pub/lic/2GQuXxn79dg UBR Trurh Seekers Facebook Group: https://www.facebook.com/groups/216706068856746 Manny Moonraker: https://www.facebook.com/MannyMoonraker/ UFO Buster Radio: https://www.facebook.com/UFOBusterRadio YouTube Channel: https://www.youtube.com/channel/UCggl8-aPBDo7wXJQ43TiluA Google Plus Manny's Updated Google+ Profile: https://plus.google.com/u/0/+MannyMoonraker To contact Manny: manny@ufobusterradio.com, or on Twitter @ufobusterradio  Call the show anytime at (972) 290-1329 and leave us a message with your point of view, UFO sighting, and ghostly experiences or join the discussion on www.ufobusterradio.com For Skype Users: bosscrawler

Special Shoutout to Matthew from the UK on Instagram and welcome Jaime to UBR Truth Seekers! 6 More Solar Observatories closed and This could be the reason! 9/14 Article Link: https://ufosightingshotspot.blogspot.com/2018/09/6-more-solar-observatories-closed-and.html?m=1 The National Solar Observatory in Sunspot, New Mexico, and a nearby United States Postal Service office, were evacuated and shutdown for security reasons on September 9, 2018 observatory officials said but they refused to tell us the reason for the sudden shutdown. Then, NASA tries to explain what happened on September 9, 2018 by issuing a statement that there were two lunar transits passing in front of the sun. “On Sept. 9, 2018, NASA's Solar Dynamics Observatory, SDO, saw two lunar transits as the Moon passed in front of the Sun. A transit happens when a celestial body passes between a larger body and an observer. It has become known that 6 more Solar Observatories (Australia, Chile, Spain, Hawaii (2), and Pennsylvania) have been shutdown: We note that all these solar/space cams down at the same time as the Solar Observatory in New Mexico. Mysterious solar observatory evacuation caused by a child porn investigation, FBI docs say 9/20 Article Link: https://www.google.com/amp/s/amp.usatoday.com/amp/1365325002 The Sunspot Solar Observatory telescope sits next door to the Apache Point Observatory. On Sept. 6, the observatory was closed and evacuated due to an undisclosed security issue. The sudden and previously unexplained evacuation of a New Mexico solar observatory on Sept. 6 was prompted by a child pornography investigation, according to Federal Bureau of Investigation documents. A laptop at the facility was seized without the knowledge of the suspect — a janitor, the Albuquerque Journal reported. The evacuation came after that person became increasingly agitated, prompting concerns about the safety of staff at the observatory, the publication reports.  In the wake of the evacuation and closure, officials provided little information, leading to widespread speculation and conspiracy theories. The observatory's proximity to Roswell — the site of an alleged UFO crash — helped fuel speculation, Reuters says. Show Stuff TeePublic Store - Get your UBR goodies today! http://tee.pub/lic/2GQuXxn79dg UBR Trurh Seekers Facebook Group: https://www.facebook.com/groups/216706068856746 Manny Moonraker: https://www.facebook.com/MannyMoonraker/ UFO Buster Radio: https://www.facebook.com/UFOBusterRadio YouTube Channel: https://www.youtube.com/channel/UCggl8-aPBDo7wXJQ43TiluA Google Plus Manny's Updated Google+ Profile: https://plus.google.com/u/0/+MannyMoonraker To contact Manny: manny@ufobusterradio.com, or on Twitter @ufobusterradio  Call the show anytime at (972) 290-1329 and leave us a message with your point of view, UFO sighting, and ghostly experiences or join the discussion on www.ufobusterradio.com For Skype Users: bosscrawler

Happy Sunday everyone! This week has been jam-packed. I hope you enjoyed my New Horizons interview the past two episodes. Shoot me a message with your thoughts. Thanks to everyone that's subscribed to the podcast. If you could do me a favor and leave a review for the podcast, I'd appreciate it! If you take a screenshot of your review and send it to @johnmulnix, pretty much anywhere on the Internet, I will send you a Space Shot sticker and a thank you! Connect with me on Facebook, Instagram, and Twitter, just click the links below. Facebook (https://m.facebook.com/thespaceshot/) Instagram (https://www.instagram.com/johnmulnix/) Twitter (https://twitter.com/johnmulnix) Thanks to everyone that's subscribed to the podcast. If you could do me a favor and leave a review for the podcast, I'd appreciate it! If you take a screenshot of your review and send it to @johnmulnix, pretty much anywhere on the Internet, I will send you a Space Shot sticker and a thank you! Episode Links: STS-82 NASA (https://www.nasa.gov/mission_pages/shuttle/shuttlemissions/archives/sts-82.html) Hubble Servicing Missions Overview (https://www.nasa.gov/mission_pages/hubble/servicing/index.html) Scientists and engineers push for servicing and assembly of future space observatories- Jeff Foust- SpaceNews.com (http://spacenews.com/scientists-and-engineers-push-for-servicing-and-assembly-of-future-space-observatories/) STS-99 (https://www.nasa.gov/mission_pages/shuttle/shuttlemissions/archives/sts-99.html) Shuttle Radar Topography Mission (https://pubs.er.usgs.gov/publication/fs20093087) Shuttle Radar Topography Information (https://pubs.usgs.gov/fs/2009/3087/) SDO- Solar Dynamics Observatory (https://sdo.gsfc.nasa.gov/) SpaceX DSCOVR Launch (http://www.spacex.com/news/2015/02/11/spacex-launches-dscovr-satellite-deep-space-orbit) DSCOVR Mission Page (https://www.nesdis.noaa.gov/content/dscovr-deep-space-climate-observatory) DSCOVR EPIC Camera (https://epic.gsfc.nasa.gov/) From a Million Miles Away, NASA Camera Shows Moon Crossing Face of Earth- NASA.gov (https://www.nasa.gov/feature/goddard/from-a-million-miles-away-nasa-camera-shows-moon-crossing-face-of-earth)

http://www.amtvmedia.com/scientists-fear-grid-failures-during-solar-minimum/*** As our sunâ??s activity slows and the star gets quieter, scientistsâ?? fears of solar minimum are coming to the forefront. By Mac Slavo It isnâ??t the lack of activity that is terrifying those who study the sun, itâ??s what happens next that worries them all. There would be nothing any of us could do if the sunâ??s activity decreases to the point that it causes the outermost atmospheric layer to collapse. No amount of taxation in the name of â??global warmingâ??will save anyone on earth from this outcome. But first, scientists have to worry about the sun reaching â??solar minimumâ?? and the possibility of losing the outermost layer of the atmosphere thanks to the rapid cooling. Solar minimum is when the sun goes through a cycle of minimal activity, and right now itâ??s on the verge of reaching this point. Our sun will near solar minimum in about 2019 or 2020. Unlike the name suggests, this lack of solar activity could cause an outer layer of the atmosphere called the thermosphere to contract and itâ??s not entirely clear what the effects of this could be on our planet. The roughly 11-year cycle of the sun is reaching its low point, and soon. This means less energy is going to be released from our star in the form of solar flares, but it will mean we have solar winds to contend with. Professor Yvonne Elsworth at the University of Birmingham says that the next solar minimum could â??be in about two yearsâ?? but before then, the sun is expected to unleash significantly more radiation towards Earth. She also said that this cycle could mean that a â??fundamental change in the nature of the [the sunâ??s magnetic] dynamo may be in progress.â?? And she isnâ??t the only scientist who believes that this could amount to doom and gloom. Her theory is backed up by NASAâ??s Solar Dynamics Observatoryâ??s daily snaps, which have shown a spotless sun for 44 days in a row. Solar minimums are known to spark lots of cosmic ray activity that can penetrate our atmosphere. These cosmic beams cause â??air showersâ?? of particles when they hit our atmosphere. They pose a health hazard to astronauts, and a single stray cosmic ray could cause a satellite to malfunction. As well as wiping out communication systems, a solar blast could down power grids. Itâ??s not entirely clear why low solar activity causes our thermosphere to collapse; or what it might be doing to our planet. Without having any effect on the sunâ??s cycle which will ebb and flow, â??man-made global warming,â?? took some blame. Back in 2008 and 2009 when the sun was going through this same cycle, climate change alarmists claimed that the global warming was â??adding to the cooling and contracting in the upper layer of our atmosphere.â?? â??This is not how it used to be and the rotation rate [of the sun] has slowed a bit at latitudes around about 60 degrees. We are not quite sure what the consequences of this will be but itâ??s clear that we are in unusual times. However, we are beginning to detect some features belonging to the next cycle and we can suggest that the next minimum will be in about two years,â?? Professor Elsworth said. Not many are prepared for a massive power grid failure thanks to the sunâ??s cycle, but itâ??s a growing concern among many preppers, and scientists are now validating that anxiety. SUBSCRIBE ON DEMAND - START YOUR FREE 3-DAY TRIAL! Only $4.95 per month - that's 16 cents a day! SAVE at $49.95 per year at http://www.outsidethebox.vhx.tv Other websites by Alex: http://www.worldwar0.com http://www.thedailymatrix.com http://www.offgridco.com http://www.solamaxnews.com http://www.alexansary.tv http://www.outsidethebox.vhx.tv COMMENT SECTION: http://www.alexansary.tv/forums Let's work together to bypass corporate social media and their new algorithms. It's going to become more important in the future! STAY UPDATED! http://www.alexansary.tv/newsletter to sign up. ------------------------------------------------------------------------------- THREE SIMPLE WAYS TO SUPPORT MY WORK: * http://www.patreon.com/alexansary - Automatic payments of any amount per month. * PAYPAL. My paypal id is alex_ansary@hotmail.com - Automatic payments or single one time donation. * Sign up as a ON DEMAND subscriber to http://www.outsidethebox.vhx.tv for exclusive video content for only 16 cents per day, or 4.95 per month - Save by going yearly at 49.95 per year. More information on donate options at: http://www.alexansary/donate Please bookmark my MAIN website, http://www.alexansary.tv SOCIAL MEDIA PAGES: YOUTUBE: http://www.youtube.com/alexansary FACEBOOK:http://www.facebook.com/alexansary.tv GOOGLE: http://plus.google.com/11405853795436... TWITTER: https://www.twitter.com/alexansary FORUM/COMMENT SECTION: http://www.alexansary.tv/forums Email/Contact form is located at http://www.AlexAnsary.TV

Sam, Stats and Quark take a trip to see one of the busiest satellites in the sky – the Solar Dynamics Observatory. Taking readings across a wide variety of wavelengths, it helps get the full picture of activity around the sun.

Stream on demand from www.bitesz.com (mobile friendly) Hi...Stuart with the Show Notes for Series 19 Episode 53... *A key characteristic of life discovered in space for the first time Scientists have discovered the first molecule in space that has a key attribute associated with life -- ‘handedness’ or chirality. The finding is expected to help researchers solve one of the greatest mysteries in biology -- the origin of homochirality -- and offer insights into what we can expect from life throughout the universe. *New ideas on the nature of black holes A team of scientists have developed a new way of looking at the physics of black holes. The hypothesis suggests that matter might in fact survive its foray into these space objects and come out the other side. *The most dangerous threat to humanity to provide the best meteor shower in almost 20 years This year’s Perseids meteor shower is set for its best show in nearly 20 years. Around 150 meteors an hour expected to delight sky watchers at its peak on the nights of August 11, 12 and 13 depending on which hemisphere you’re in. But the Perseids come with a warning… *NASA’s Solar Dynamics Observatory suffers anomaly NASA mission managers are working to restore systems aboard the agency’s Solar Dynamics Observatory spacecraft following a major anomaly which shut down its science instruments. The spacecraft failed to return to science mode after observing a Lunar transit of the Sun. *Billion dollar satellite fails to reach intended orbit The US Navy says the main engine aboard its new MUOS 5 communications satellite has failed – preventing the billion dollar spacecraft reaching its geostationary orbit. The Navy are now looking at ways to salvage the satellite which was launched aboard an Atlas V rocket from the Cape Canaveral Air Force Base in Florida on June 24. *First private company set to fly to the Moon next year The United States government has given approval for a private company to the launch a mission to land on the Moon next year. Moon Express -- plans to use a Rocket Lab Electron launch vehicle to fly its MX-1 lander to the lunar surface. For enhanced show notes, including photos to accompany this episode, go to http://www.bitesz.com/spacetime-show-notes Subscribe, rate and review SpaceTime at audioBoom, iTunes, Pocketcasts, Stitcher, Podbean, Podcast Addict, Tunein Radio, Radioline, Blubrry or any good podcatcher app. Have you joined our mailing list yet? http://www.bitesz.com/join-our-mailing-list  Learn more about your ad choices. Visit megaphone.fm/adchoices Support this show http://supporter.acast.com/spacetime. See acast.com/privacy for privacy and opt-out information.

Professor Louise Harra, Head of the Solar Physics Group at the Mullard Space Science Laboratory (MSSL) explains. Read more in ‘Weathering the solar storm’ – the latest in our online feature series, UCL Antenna: http://bit.ly/space-weather Photo: A coronal mass ejection captured on 31 August 2012 by the Solar Dynamics Observatory. Credit: NASA

Think you’re a shutterbug? NASA Solar Dynamics Observatory has captured over 100 million images of our sun.

Think you’re a shutterbug? NASA’s Solar Dynamics Observatory has captured over 100 million images!

Guest: Todd Hoeksema The science of the sun, and the Solar Dynamics Observatory. Host: Dr. Kiki Sanford Download or subscribe to this show at twit.tv/shows/dr-kikis-science-hour. We invite you to read, add to, and amend our show notes. Thanks to Cachefly for the bandwidth for this show.

The science of the sun, and the Solar Dynamics Observatory. Host: Dr. Kiki Sanford Guest: Todd Hoeksema Download or subscribe to this show at https://twit.tv/shows/dr-kikis-science-hour. We invite you to read, add to, and amend our show notes. Thanks to CacheFly for the bandwidth for this show.

Blocking the light from a star is the only way to see some extra solar planets, as we find out in this month's Naked Astronomy. We discover how small, precise optics can do this job for us, as well as explore some of the current missions studying the Sun, and find out what the recently launched Solar Dynamics observatory will add. Plus, the seasons on Pluto, a comet-like collision confusion and your space science questions! Like this podcast? Please help us by supporting the Naked Scientists

Blocking the light from a star is the only way to see some extra solar planets, as we find out in this month's Naked Astronomy. We discover how small, precise optics can do this job for us, as well as explore some of the current missions studying the Sun, and find out what the recently launched Solar Dynamics observatory will add. Plus, the seasons on Pluto, a comet-like collision confusion and your space science questions! Like this podcast? Please help us by supporting the Naked Scientists

You know you're not supposed to stare at the sun, but who could resist a peek at this? A new NASA spacecraft called the Solar Dynamics Observatory, or SDO, will deliver startling images of the sun with ten times more detail than HDTV.