Podcasts about Magnetar

CoreWeave set to go public on the NASDAQ today – in the street's biggest U.S. tech offering since 2021… David Faber, Carl Quintanilla, and Courtney Reagan broke down the latest indications this hour - and talked expectations ahead of the first trade with a Senior Managing Partner from Magnetar (the largest institutional investor in CoreWeave; they're set to own ~29% of Class A shares after the offering). Plus, the latest from the ground at the NASDAQ with their Head of Capital Markets.   Also in focus: Lululemon's consumer warning – the team had a bull/bear debate about what to do with shares after tough guidance last night; and the latest out of Washington, as President Trump's battle with ‘Big Law' grows… and Evercore's Senior Chairman & Founder Roger Altman says the move is bad for business.   Squawk on the Street Disclaimer

Crain's health care reporter Katherine Davis talks with host Amy Guth about the latest news from the local health scene, including innovations from a Northwestern wearable sensor tech spinout.Plus: Stellantis offers buyouts, retirement incentives to workers in Illinois, Michigan and Ohio; Evanston hedge fund Magnetar has a huge stake in one of Wall Street's most anticipated IPOs;  a big downtown office tenant that isn't cutting back on space; and Crain's newest list ranks Chicago's largest wealth management firms.

We were very fortunate to have Dan Tucker from Crown Magnetar on the podcast to talk about their new EP, "Punishment". Enjoy!Crown Magnetar Socials: Twitter: https://x.com/crownmagnetarInstagram: https://www.instagram.com/crownmagnetar/Facebook: https://www.facebook.com/crownmagnetar/TikTok: https://www.tiktok.com/@crownmagnetar_YouTube: https://www.youtube.com/@crownmagnetarApple Music: https://music.apple.com/us/artist/crown-magnetar/1324870952Spotify: https://open.spotify.com/artist/0DlST2L7efoM5Lb0uxG3TxGrab some GNP Merch!: https://goodnoisepodcast.creator-spring.com/Check out the recording gear we use: https://www.amazon.com/shop/goodnoisepodcastSupport the show on Patreon: https://www.patreon.com/goodnoisepodcastGood Noise Podcast Socials:Twitter: https://twitter.com/good_noise_castInstagram: https://www.instagram.com/goodnoisepodcast/Facebook: https://www.facebook.com/goodnoisepodDiscord: https://discord.gg/nDAQKwTYouTube: https://www.youtube.com/channel/UCFHKPdUxxe1MaGNWoFtjoJASpotify: https://open.spotify.com/show/04IMtdIrCIvbIr7g6ttZHiAll other streaming platforms: https://linktr.ee/goodnoisepodcastBandcamp: https://goodnoiserecords.bandcamp.com/

SpaceTime Series 28 Episode 08Origins of Fast Radio Bursts UnveiledAstronomers have pinpointed the source of fast radio bursts, specifically linking them to magnetars, a type of highly magnetic neutron star. This breakthrough, reported in Nature, was achieved by analysing the scintillation of FRB2022 1022A, indicating its proximity to a magnetar within 10,000 kilometres. This discovery sheds light on the mysterious phenomenon, suggesting that all fast radio bursts might originate from similarly extreme environments.Lunar Water's Terrestrial OriginsA groundbreaking study reveals that much of the Moon's water may have originated from early Earth. By examining Apollo-era lunar samples with a high precision triple oxygen isotope technique, scientists discovered a dual heritage of lunar water, tracing back to both proto-Earth and cometary impacts. This finding offers new insights into the Earth-Moon system's formation 4.5 billion years ago.Juno's Insights into IO's VolcanismNASA's Juno mission has uncovered that Jupiter's moon IO's volcanoes are powered by individual magma chambers rather than a global magma ocean. This revelation, stemming from Juno's close flybys and gravitational measurements, highlights the unique geological dynamics of the solar system's most volcanically active body. The findings provide a deeper understanding of tidal flexing and its effects on celestial bodies.00:00 Astronomers have finally narrowed down the source of those mysterious fast radio bursts08:01 New study shows much of moon's water originates on early proto Earth10:32 Scientists with NASA's Juno mission to Jupiter have discovered volcanoes on IO16:33 There now seems to be more carbon stored in human made stuff than natural world18:41 Study shows each of the Disney princesses could have exposed themselves to illnesses19:40 Alaska Triangle has highest recorded numbers of paranormal incidents in the worldwww.spacetimewithstuartgary.comwww.bitesz.com

Do discs matter anymore? This week, host Jorden Guth is joined by Rob Jones, president of Magnetar Audio North America, to discuss the brand's high-performance universal disc players, the fuzzy lines between hi-fi and home theater, and the future of physical media. Source: “Magnetar UDP900 4K Ultra HD Universal Blu-ray Disc Player–DAC” by Roger Kanno: https://www.soundstagehifi.com/index.php/equipment-reviews/1854-magnetar-udp900-4k-ultra-hd-universal-blu-ray-disc-player-dac Chapters: 00:00:00 Announcement 00:00:30 The road to Magnetar 00:23:23 Music Break: “IDK” by Modern Aquatic 00:24:15 The intersection of home theater and hi-fi 00:37:47 Outro: “Let's Not Rush Out and Tell Everyone” by Glories

It’s our final episode of 2024! And unexpectedly, Lee Overstreet joins Rob H as Tom was forced to be away with the flu. It wasn’t the plan. But we answer lots of questions, since we’re taking next week off for Christmas! LG has discontinued all of their Blu-ray and Ultra HD Blu-ray players. Apple will […] The post AV Rant #947: You’re Gonna Be a Magnetar appeared first on AV Rant.

Magnetar, a three-piece blackened death metal band from the UK, have released their debut album ‘There Will Be No Peace in My Valley' via Vendetta Records. Featuring mastermind Dan Walmsley, who plays all instruments except the drums, which are hammered by Necronautical/Foetal Juice's Rob Harris and the vocals which are delivered by Winterfylleth/Aro bassist, Nick Walllwork. When a band with the heavy calibre of Magnetar comes along, we pay attention. So, it should come as no surprise that There Will Be No Peace in My Valley has a beastly sound. One based within the world of blackened death, but not curtailed by the more extreme and aggressive soundscape, and more than willing to experiment with melody. You can read our full review of the album here: https://www.gbhbl.com/album-review-magnetar-there-will-be-no-peace-in-my-valley-vendetta-records/ We spoke to mastermind Dan Walmsley about the release of the album. Digging into the details around the album, it came to exist, how Magnetar got to this stage, the challenges that come with promoting a record, what success might look like for the album, what the future might hold, and so much more. Find out more here: https://magnetar666.bandcamp.com/album/there-will-be-no-peace-in-my-valley Website: https://gbhbl.com/ LinkTree: https://linktr.ee/gbhbl Ko-Fi (Buy us a coffee): https://ko-fi.com/gbhbl Facebook: https://www.facebook.com/GBHBL Twitter: https://twitter.com/GBHBL_Official Instagram: https://www.instagram.com/gbhbl/ Threads: https://www.threads.net/@gbhbl TikTok: https://www.tiktok.com/@gbhbl Contact: gbhblofficial@gmail.com Soundcloud: https://soundcloud.com/gbhbl Spotify: https://open.spotify.com/show/5A4toGR0qap5zfoR4cIIBo Apple Podcasts: https://podcasts.apple.com/hr/podcast/the-gbhbl-podcasts/id1350465865 Intro/Outro music created by HexedRiffsStudios. YouTube: https://www.youtube.com/channel/UCKSpZ6roX36WaFWwQ73Cbbg Instagram: https://www.instagram.com/hexedriffsstudio

Track Listing: 1. Pandora's Box 2. Demonize Them 3. Leviathan 4. Division 5. Dawn 6. Reborn 7. We're Wolves 8. Fading Embers 9. The Source Learn more about your ad choices. Visit megaphone.fm/adchoices

Astronomy Daily - The Podcast: 10th October 2024Welcome to Astronomy Daily, your Daily dose of space and Astronomy news. I'm your host, Anna. Today we have an exciting lineup of stories that I can't wait to share with you. First, we'll delve into NASA's Europa Clipper mission, which is ready to embark on an epic journey to Jupiter and its intriguing moon Europa. Then we'll talk about Elon Musk and SpaceX's ambitious plans to launch uncrewed starships to Mars in just two years, paving the way for future human colonization. We'll also uncover a groundbreaking study on fast radio bursts that might finally solve the mystery behind these cosmic phenomena. And if that isn't enough, we'll explore new findings suggesting the moon might still be volcanically active today. Lastly, we'll highlight NASA's innovative solar sail that you can actually spot from Earth. Buckle up, space enthusiasts. Let's dive in.Highlights:- NASA's Europa Clipper Mission: NASA's Europa Clipper spacecraft has reached a significant milestone by passing its final technical review. This means it's now all set for its journey towards Jupiter. With a launch window slated between October 10 and 30th, the mission aims to delve into the mysteries of Jupiter's moon Europa, potentially harboring an ocean beneath its icy crust.- SpaceX's Mars Ambitions: Elon Musk recently announced that SpaceX plans to launch its first uncrewed starships to Mars within the next two years. These missions are crucial for testing the reliability of landing these advanced spacecraft intact on the Martian surface. If successful, crewed flights to Mars could follow just two years later, paving the way for human colonization.- Fast Radio Bursts Mystery Possibly Solved: A groundbreaking new study by the Italian National Institute for Astrophysics has advanced our understanding of fast radio bursts (FRBs). Using the Very Large Array telescope, researchers recorded the weakest persistent radio emission for an FRB, shedding light on the mysterious origins of these powerful cosmic events.- Volcanic Activity on the Moon: Recent findings from the Chinese Chang'e 5 mission suggest that the moon might still be volcanically active. Tiny glass beads found in lunar samples indicate that volcanic activity might have occurred as recently as 123 million years ago, challenging the traditional belief that lunar volcanism ceased 3 to 3.8 billion years ago.- NASA's Solar Sail: NASA's advanced composite solar sail system is now visible from many locations around the world. This groundbreaking solar sail, which harnesses sunlight for propulsion, represents an exciting step towards more sustainable and accessible deep space missions. Engage with NASA's "Spot the Sail" campaign and track the solar sail using the free NASA app.For more space news, be sure to visit our website at astronomydaily.io. There you can sign up for our free Daily newsletter, catch up on all the latest space and Astronomy news with our constantly updating news feed, and listen to all our back episodes.Don't forget to follow us on social media. Just search for #AstroDailyPod on Facebook, X, YouTubeMusic, and TikTok to stay connected with our community and never miss an update.Thank you for tuning in, and remember to keep your eyes on the skies. Until next time, may you be blessed with clear skies.Sponsor Links:NordVPNNordPassMalwarebytesProton MailBecome a supporter of this podcast for commercial-free editions not very much moeny: https://www.spreaker.com/podcast/astronomy-daily-the-podcast--5648921/support

「【インタビュー】国内初上陸ブランドMAGNETARのユニバーサルプレーヤーで、ディスク再生の新たな可能性を拓く」　音元出版のアワード「VGP2024 SUMMER」にて、中国ブランドMAGNETARのユニバーサルプレーヤー「UDP900」が、ホームシアター大賞を受賞した。画質・音質ともにハイエンドを目指す同モデルは、国内のディスク愛好家の大きな期待に応える存在となる。その日本国内販売を展開するエミライの島幸太郎氏が、大いなる思いを原動力としたエミライのオーディオ事業の取り組みを語った。

In this episode of SpaceTime, the mystery of the famous "Wow!" signal may finally be solved, the European Space Agency's Cluster mission is set to end in a fiery re-entry over the South Pacific, and Earth gets hit by another powerful solar storm. Join us for these fascinating updates and more!00:00:00 - This is SpaceTime series 27, episode 104, for broadcast on the 28 August 202400:00:45 - New study may have identified the source of the famous "Wow!" signal00:12:30 - European Space Agency's Cluster mission to end with a controlled re-entry00:23:45 - Earth hit by another powerful solar storm00:32:15 - The science report: Higher levels of plant fats linked to lower risk of heart disease00:45:00 - Neuralink's brain implant shows promising results in second trial patientFor more SpaceTime, visit our website at www.spacetimewithstuartgary.comwww.bitesz.comBecome a supporter of this podcast: https://www.spreaker.com/podcast/spacetime-with-stuart-gary--2458531/supportSponsor Link:NordPassProtonMail & SecurityMalwarebytesNordVPN

V tomto podcaste budeme hovoriť o pseudovede v nemocničných letákoch, o zaujímavom magnetare a dáme si fakt a fikciu. Zdroje Magnetic Star Awakens After Sleeping For 10 Years And It's Acting Super Weird A remote digital memory composite to detect cognitive impairment in memory clinic samples in unsupervised settings using mobile devices New window film drops temperature, slashes energy consumption Solar-powered technology converts saltwater into drinking water emission-free Image by ESO/L. Calçada, CC BY 4.0, via Wikimedia Commons

Bloomberg Radio host Barry Ritholtz speaks to David Snyderman, global head of Magnetar Capital LLC's alternative credit and fixed income business. He also serves as chairman of Magnetar's investment committee and as a member of its management committee. Snyderman, who joined Magnetar in 2005 shortly after its launch, was previously the head of global credit and a senior managing director at Citadel Investment Group, and he served as a member of the management, portfolio management and investment/risk committees. Prior to joining Citadel, David focused on convertible securities, merger arbitrage and special situations portfolios at Koch Industries Inc. Snyderman is a founding board member of the Magnetar Capital Foundation,See omnystudio.com/listener for privacy information.

Welcome to Stream In Terror! A live stream for talking about horror stories. Tonight I have the star exploring Magnetar. I hope you will join us for our chilling chat. We go Live on YT every Friday at 7pm EST #narration #livestream #horrorstories @MagnetarYT Support the stream: https://streamlabs.com/to42reads #chat #LiveStream #Podcast #Roundtabletalk #Chill #coffee Magnetar YouTube: https://www.youtube.com/@MagnetarYT Magnetar Twitter: https://twitter.com/MagnetarYT Oddios Stories: https://www.youtube.com/@oddiostories To_42 Slumbers: https://www.youtube.com/@To42Slumbers Check out my website: https://www.to42reads.com Got a story? E-mail me at To42reads@Gmail.com Some Photos, Texts and other elements of the video are found at: https://elements.envato.com/ Others are from: https://unsplash.com/ I upload every day with a short video. Two Sentence horrors. I upload a full Story on Sunday's, one week is Day (True) and one week is Night (Fictional stories). I have a live coffee stream every Saturday morning with a different guest. This Channel is about stories of day and night. Day Stories are your true stories. Let's not meet, glitch in the matrix and all stories said to be true by the author. All brought to me by To. Night Stories are those fictional stories. Like No sleep, creepypasta and others like that. All brought to me by 42.

Get a monthly subscription to access premium episodes!'Easy Physics' is a podcast that delves into the bizarre and fascinating world of this amazing science. Join us as we use humor and plain language to explore many fundamental principles, and learn about each one of them in a few minutes. From particles that exist in multiple places at once to the immensity of the cosmos, we'll take a lighthearted look at the most mind-bending concepts in physics. Hosted on Acast. See acast.com/privacy for more information.

Neutron stars, the compact remains of a massive star following a supernova explosion, are the densest matter in the Universe. Some neutron stars, known as magnetars, also claim the record for the strongest magnetic fields of any object. How magnetars, which are a mere 15 kilometers across, form and produce such colossal magnetic fields remains a mystery.    New observations by a team of astronomers, including NSF's NOIRLab's Dr. André-Nicolas Chené, may shed important light on the origin of these magnetic powerhouses. Using various telescopes around the globe, including the Canada-France-Hawai‘i Telescope (CFHT) on Maunakea, the researchers have identified a new type of astronomical object — a massive magnetic helium star (an unusual variant of a Wolf-Rayet star), which may be the precursor of a magnetar.  In this podcast, André-Nicolas Chené describes the process of finding the first known potential magnetar progenitor.   Bios:  Rob Sparks is in the Communications, Education and Engagement group at NSF's NOIRLab in Tucson, Arizona.   Dr. André-Nicolas Chene is an associate astronomer at NOIRLab. He completed his PhD at the Université de Montréal in 2007 and learned everything about the fundamentals of astronomical observations at the Observatoire du Mont Mégantic. He was research fellow at the NRC Herzberg Astronomy and Astrophysics Research Centre and postdoc jointly at the Universidad de Concepción and the Universidad de Valparaíso before joining the Gemini Observatory (now a program of NOIRLab) in 2013. For almost 10 years, André-Nicolas took part in every phase of a Gemini observing program life cycle and has played a central role in Gemini's user support effort. André-Nicolas's research interests are massive stars, hot winds, star clusters, and stellar evolution.   Links:  NOIRLab Press Release: https://noirlab.edu/public/news/noirlab2323/ NOIRLab social media channels can be found at https://www.facebook.com/NOIRLabAstro https://twitter.com/NOIRLabAstro https://www.instagram.com/noirlabastro/ https://www.youtube.com/noirlabastro   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.

Memorias: ⁠⁠⁠⁠⁠⁠http://bit.ly/deo-memorias2⁠⁠⁠⁠⁠⁠ Temas: Impacto de asteroide en un magnetar ¿El agujero negro supermasivo de la Vía Láctea tiene un compañero? La traumática infancia de Venus BOMBA: Nueva evidencia apoya MOND Realizan: Adriana Araujo (U. Sergio Arboleda), German Chaparro, Juan C. Muñoz, Esteban Silva, Lauren Flor, Pablo Cuartas, Jorge I. Zuluaga (Instituto de Física de la Universidad de Antioquia).  Dirige: Jorge I. Zuluaga, Profesor Titular del Pregrado de Astronomía, U. de A. Produce y Edita: Jhossua Giraldo, Pregrado de Astronomía U. de A.

Wie Schnelle Radioblitze vor gut 15 Jahren entdeckt wurden und was bislang über ihren Ursprung bekannt ist, berichtet Michael Kramer vom Max-Planck-Institut für Radioastronomie in dieser Folge.

Welcome to Astronomy Daily for Friday, July 21st, 2023. I'm your host, Tim Gibbs, and joining me in the studio is Hallie, my AI assistant. Let's dive into today's headlines. Headline 1: India's Chandrayan 3 spacecraft is on track for its moon landing attempt on August 23rd or 24th. The spacecraft has been raising its orbit around Earth with a series of burns, and a Translunar injection burn is scheduled for July 31st. This mission is India's second attempt to land on the moon after the failed Chandrayan 2-lander in 2019. Headline 2: Comet Ponds-Brooks has brightened by five magnitudes and can now be seen in a six-inch telescope. Despite its distance of over 530 million kilometers from Earth, its recent outburst has made it visible with smaller telescopes for now. Headline 3: The master recording for NASA's Voyager Golden Record, created by astronomer Carl Sagan and Andrew Yann, is up for auction. These reels, estimated to be worth more than ten times their weight in gold, were used to produce the iconic golden records on the Voyager spacecraft. Headline 4: Astronomers have discovered a mysterious magnetar, GPMJ1839-10, located about 15,000 light years away in the direction of the constellation Scutum. It emits energy bursts every 22 minutes, making it the longest period magnetar ever found. And now, Hallie's terrible dad joke for the week: Why don't scientists trust atoms? Because they make up everything! That's all for today's episode of Astronomy Daily. Remember, you can catch Steve on Monday and me on Friday, with occasional one-story episodes on Wednesdays. For more episodes, visit spacenuts.io and bitesz.com.

Earlier this week, Space Connect reported how astronomers at Curtin University followed up their landmark discovery of a pulsating stellar object last year by finding a second. The team believe it could be an ultra-long period magnetar, a rare type of star with strong magnetic fields that can produce powerful bursts of energy. Here, Dr Natasha Hurley-Walker, who led the study, talks through the research and reveals how her team used the MWA telescope in Western Australia to spot the object. Plus, she discusses what comes next and analyses the theories as to exactly what it could be.

It's the 29th week of 2023. In research led by a West Aussie, a new type of stellar object has been discovered. India launches Chandrayaan Three, their second attempt to land on the lunar surface. And more evidence found supporting the theory that Mars once had the building blocks of life…

Welcome to To_42's Café. Magnetar and The Panic Within (The Queen of Panic) this morning for my Stream. Please grab yourself a tea or a coffee as we sit and talk today! Support the stream: https://streamlabs.com/to42reads #Chat #LiveStream #Podcast #Roundtabletalk #Chill #coffee @MagnetarYT @thepncwithin4949 Magnetar YouTube: https://www.youtube.com/@MagnetarYTMagnetar Twitter: https://twitter.com/MagnetarYTThe Panic Within YouTube: https://www.youtube.com/@thepncwithin4949The Panic Within Twitter: https://twitter.com/TheQUEENofPncTo_42 Slumbers: https://www.youtube.com/channel/UCWbW2PkHoFo1hv6C81z50CACheck out my website: https://www.to42reads.comGot a story? E-mail me at To42reads@Gmail.comSome Photos, Texts and other elements of the video are found at: https://elements.envato.com/Others are from: https://unsplash.com/I upload every day with a short video. Two Sentence horrors. I upload a full Story on Sunday's, one week is Day (True) and one week is Night (Fictional stories). I have a live coffee stream every Saturday morning with a different guest.This Channel is about stories of day and night. Day Stories are your true stories. Let's not meet, glitch in the matrix and all stories said to be true by the author. All brought to me by To.Night Stories are those fictional stories. Like No sleep, creepypasta and others like that. All brought to me by 42.This podcast uses the following third-party services for analysis: Podcorn - https://podcorn.com/privacy

Garza sits down with Colorado tech deathcore band Crown Magnetar. Check out their new album EVERYTHING BLEEDS out July 14th! https://www.linktr.ee/Crownmagnetar SPONSORS: Click this link to purchase from Sweetwater & help support the podcast: imp.i114863.net/rnrmVB CROWN MAGETAR is: Dan Tucker - Vocals Byron London - Drums Nick Burnett - Guitar Grant Robinson - Bass TIME STAMPS: 00:00 - Chaos & Carnage, Transportation Problems 05:40 - Keeping Up With Other Musicians On Tour 08:25 - New Album, Everything Bleeds/Art by Caelan Stokkermans 13:49 - Dan Inspired by Jack Kerouac, Starting Crown Megnetar 18:10 - Dan & Nick Meeting, Recording First Songs 20:44 - Developing Vocal Skills From Jazz Choir 23:22 - Byron & Grant Joining the Band 25:48 - Playing Shows Before Recording Music 26:20 - Origin of Band Name  27:44 - Moshing, Avoiding Injuries  29:55 - Garza & Crown Magnetar Meeting on Carnifex Tour 30:58 - Awkward Craigslist Auditions 34:29 - Early DIY Shows, Writing With the Live Performance in Mind 36:33 - Moving to Colorado From Nashville, TN 42:35 - Ken Bedene (Aborted Drummer) is Insane 45:19 - Bands That Influenced Crown Magnetar 48:55 - The Growth of Heavy Music & Deathcore 50:53 - Discovering Music at Hot Topic 55:00 - Relationship Problems, Inspiration for the Music 56:59 - Inspiration for Music & Lyrics 59:01 - Staying in Shape on Tour 01:05:30 - Everything Bleeds, out July 14th/Writing New Material

12 magnetars in --- Send in a voice message: https://podcasters.spotify.com/pod/show/david-nishimoto/message

Like other neutron stars, magnetars are around 20 kilometres (12 mi) in diameter, and have a mass of about 1.4 solar masses. They are formed by the collapse of a star with a mass 10–25 times that of the Sun. --- Send in a voice message: https://podcasters.spotify.com/pod/show/david-nishimoto/message

In this episode, fall into our Magnetar pit trap as the Fellowship discusses Magnetars? What are they? How are they? Is Magneto involved? Grab your favorite drink and join us! *Always Drink Responsibly* Listen and Subscribe to us on: Anchor.fm Spotify YouTube Apple Podcasts Google Podcasts Cosmoswithcosmos.com Follow Us! Twitter: @drinkingcosmos Instagram: @cosmoswithcosmos Credits: Eric Skiff - Resistor Anthems http://EricSkiff.com/music Theme Music Remixed by: Ron Proctor https://www.youtube.com/channel/UC__fjzKFm0X0BQWHjYX8Z_w Wildixia https://www.etsy.com/shop/Wildixia?ref=profile_header Rolling Bluff Planetarium https://www.rollingbluffsplanetarium.com/ --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app

We also talk about Spatial Audio Calibration Toolkit, and why it might be late for the Disc to get to you. Erin gets a sound bar to go with his McIntosh amp, wait what? Ok maybe it's not for that use! Also the company behind Zapitti is coming out with a top of the line 4k player called the Magnetar! Note they are the same people behind the Reavon players, will that work out for them, having two lines of 4K UHD Blu-ray players? --- Send in a voice message: https://podcasters.spotify.com/pod/show/dailyhifi/message Support this podcast: https://podcasters.spotify.com/pod/show/dailyhifi/support

Doug Pagitt and Dan Deitrich sit down with Astrophysicist Paul Wallace to talk about the mysteries of the universe like a dead star with something like a volcano (but also not actually at all like a volcano) emitting "alien" radio pulses.   Paul Wallace is an astrophysicist, professor, pastor, and avid birder. He writes and speaks at the intersection of faith and science and holds a PhD in physics from Duke University and an MDiv from Emory University's Candler School of Theology. facebook.com/Paul.Matthew.Wallace   /   twitter.com/paulmwall  / pwallace.net   Doug Pagitt is the Executive Director and one of the founders of Vote Common Good. He is also a pastor, author, and social activist.  @pagitt   Daniel Deitrich is a singer-songwriter, former-pastor-turned-activist, and producer of The Common Good Podcast. @danieldeitrich Our theme music is composed by Ben Grace. @bengracemusic   votecommongood.com votecommongood.com/podcast facebook.com/votecommongood twitter.com/votecommon

Știința 360 - 10 noiembrie 2022 - A fost descoperit un magnetar ciudat!

Does the gamma-ray binary LS I +61°303 harbor a magnetar? by Arthur G. Suvorov et al. on Wednesday 30 November The high-mass X-ray binary LS I +61{deg}303 is also cataloged as a gamma-ray binary as a result of frequent outbursts at TeV photon energies. The system has released two soft-gamma flares in the past, suggesting a magnetar interpretation for the compact primary. This inference has recently gained significant traction following the discovery of transient radio pulses, detected in some orbital phases from the system, as the measured rotation and tentative spin-down rates imply a polar magnetic field strength of $B_p gtrsim 10^{14},mbox{G}$ if the star is decelerating via magnetic dipole braking. In this paper, we scrutinize magnetic field estimates for the primary in LS I +61{deg}303 by analyzing the compatibility of available data with the system's accretion dynamics, spin evolution, age limits, gamma-ray emissions, and radio pulsar activation. We find that the neutron star's age and spin evolution are theoretically difficult to reconcile unless a strong propeller torque is in operation. This torque could be responsible for the bulk of even the maximum allowed spin-down, potentially weakening the inferred magnetic field by more than an order of magnitude. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.09471v2

Crustal magnetic fields do not lead to magnetar-strength amplifications in binary neutron-star mergers by Michail Chabanov et al. on Monday 28 November The amplification of magnetic fields plays an important role in explaining numerous astrophysical phenomena associated with binary neutron-star mergers, such as mass ejection and the powering of short gamma-ray bursts. Magnetic fields in isolated neutron stars are often assumed to be confined to a small region near the stellar surface, while they are normally taken to fill the whole stars in the numerical modelling. By performing high-resolution, global, and high-order general-relativistic magnetohydrodynamic simulations we investigate the impact of a purely crustal magnetic field and contrast it with the standard configuration consisting of a dipolar magnetic field with the same magnetic energy but filling the whole star. While the crust-configurations are very effective in generating strong magnetic fields during the Kelvin-Helmholtz-instability stage, they fail to achieve the same level of magnetic-field amplification of the full-star configurations. This is due to the lack of magnetized material in the neutron-star interiors to be used for further turbulent amplification and to the surface losses of highly magnetized matter in the crust-configurations. Hence, the final magnetic energies in the two configurations differ by more than one order of magnitude. We briefly discuss the impact of these results on astrophysical observables and how they can be employed to deduce the magnetic topology in merging binaries. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.13661v1

Crustal magnetic fields do not lead to magnetar-strength amplifications in binary neutron-star mergers by Michail Chabanov et al. on Sunday 27 November The amplification of magnetic fields plays an important role in explaining numerous astrophysical phenomena associated with binary neutron-star mergers, such as mass ejection and the powering of short gamma-ray bursts. Magnetic fields in isolated neutron stars are often assumed to be confined to a small region near the stellar surface, while they are normally taken to fill the whole stars in the numerical modelling. By performing high-resolution, global, and high-order general-relativistic magnetohydrodynamic simulations we investigate the impact of a purely crustal magnetic field and contrast it with the standard configuration consisting of a dipolar magnetic field with the same magnetic energy but filling the whole star. While the crust-configurations are very effective in generating strong magnetic fields during the Kelvin-Helmholtz-instability stage, they fail to achieve the same level of magnetic-field amplification of the full-star configurations. This is due to the lack of magnetized material in the neutron-star interiors to be used for further turbulent amplification and to the surface losses of highly magnetized matter in the crust-configurations. Hence, the final magnetic energies in the two configurations differ by more than one order of magnitude. We briefly discuss the impact of these results on astrophysical observables and how they can be employed to deduce the magnetic topology in merging binaries. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.13661v1

Deep X-ray and radio observations of the first outburst of the young magnetar Swift J1818 0-1607 by A. Y. Ibrahim et al. on Thursday 24 November Swift J1818.0-1607 is a radio-loud magnetar with a spin period of 1.36 s and a dipolar magnetic field strength of B~3E14 G, which is very young compared to the Galactic pulsar population. We report here on the long-term X-ray monitoring campaign of this young magnetar using XMM-Newton, NuSTAR, and Swift from the activation of its first outburst in March 2020 until October 2021, as well as INTEGRAL upper limits on its hard X-ray emission. The 1-10 keV magnetar spectrum is well modeled by an absorbed blackbody with a temperature of kT_BB~1.1 keV, and apparent reduction in the radius of the emitting region from ~0.6 to ~0.2 km. We also confirm the bright diffuse X-ray emission around the source extending between ~50'' and ~110''. A timing analysis revealed large torque variability, with an average spin-down rate nudot~-2.3E-11 Hz^2 that appears to decrease in magnitude over time. We also observed Swift J1818.0-1607 with the Karl G. Jansky Very Large Array (VLA) on 2021 March 22. We detected the radio counterpart to Swift J1818.0-1607 measuring a flux density of S_v = 4.38+/-0.05 mJy at 3 GHz, and a half ring-like structure of bright diffuse radio emission located at ~90'' to the west of the magnetar. We tentatively suggest that the diffuse X-ray emission is due to a dust scattering halo and that the radio structure may be associated with the supernova remnant of this young pulsar, based on its morphology. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.12391v1

Deep X-ray and radio observations of the first outburst of the young magnetar Swift J1818 0-1607 by A. Y. Ibrahim et al. on Wednesday 23 November Swift J1818.0-1607 is a radio-loud magnetar with a spin period of 1.36 s and a dipolar magnetic field strength of B~3E14 G, which is very young compared to the Galactic pulsar population. We report here on the long-term X-ray monitoring campaign of this young magnetar using XMM-Newton, NuSTAR, and Swift from the activation of its first outburst in March 2020 until October 2021, as well as INTEGRAL upper limits on its hard X-ray emission. The 1-10 keV magnetar spectrum is well modeled by an absorbed blackbody with a temperature of kT_BB~1.1 keV, and apparent reduction in the radius of the emitting region from ~0.6 to ~0.2 km. We also confirm the bright diffuse X-ray emission around the source extending between ~50'' and ~110''. A timing analysis revealed large torque variability, with an average spin-down rate nudot~-2.3E-11 Hz^2 that appears to decrease in magnitude over time. We also observed Swift J1818.0-1607 with the Karl G. Jansky Very Large Array (VLA) on 2021 March 22. We detected the radio counterpart to Swift J1818.0-1607 measuring a flux density of S_v = 4.38+/-0.05 mJy at 3 GHz, and a half ring-like structure of bright diffuse radio emission located at ~90'' to the west of the magnetar. We tentatively suggest that the diffuse X-ray emission is due to a dust scattering halo and that the radio structure may be associated with the supernova remnant of this young pulsar, based on its morphology. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.12391v1

Deep X-ray and radio observations of the first outburst of the young magnetar Swift J1818 0-1607 by A. Y. Ibrahim et al. on Wednesday 23 November Swift J1818.0-1607 is a radio-loud magnetar with a spin period of 1.36 s and a dipolar magnetic field strength of B~3E14 G, which is very young compared to the Galactic pulsar population. We report here on the long-term X-ray monitoring campaign of this young magnetar using XMM-Newton, NuSTAR, and Swift from the activation of its first outburst in March 2020 until October 2021, as well as INTEGRAL upper limits on its hard X-ray emission. The 1-10 keV magnetar spectrum is well modeled by an absorbed blackbody with a temperature of kT_BB~1.1 keV, and apparent reduction in the radius of the emitting region from ~0.6 to ~0.2 km. We also confirm the bright diffuse X-ray emission around the source extending between ~50'' and ~110''. A timing analysis revealed large torque variability, with an average spin-down rate nudot~-2.3E-11 Hz^2 that appears to decrease in magnitude over time. We also observed Swift J1818.0-1607 with the Karl G. Jansky Very Large Array (VLA) on 2021 March 22. We detected the radio counterpart to Swift J1818.0-1607 measuring a flux density of S_v = 4.38+/-0.05 mJy at 3 GHz, and a half ring-like structure of bright diffuse radio emission located at ~90'' to the west of the magnetar. We tentatively suggest that the diffuse X-ray emission is due to a dust scattering halo and that the radio structure may be associated with the supernova remnant of this young pulsar, based on its morphology. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.12391v1

Does the gamma-ray binary LS I +61 303 harbour a magnetar? by Arthur G. Suvorov et al. on Tuesday 18 October LS I +61{deg}303 is a high mass X-ray binary that is also catalogued as a gamma-ray binary as a result of frequent outbursts at TeV photon energies. The system has released two soft-gamma flares in the past, suggesting a magnetar interpretation for the compact primary. This inference has recently gained significant traction following the discovery of transient radio pulses, detected in some orbital phases from the system, as the measured rotation and tentative spindown rates imply a polar magnetic field strength of $B_p gtrsim 10^{14},mbox{G}$ if the star is decelerating via magnetic dipole braking. In this paper, we scrutinise magnetic field estimates for the primary in LS I +61{deg}303 by analysing the compatibility of available data with the system's accretion dynamics, spin evolution, age limits, gamma-ray emissions, and radio pulsar activation. We find that the neutron star's age and spin evolution are theoretically difficult to reconcile unless a strong propeller torque is in operation. This torque could be responsible for the bulk of even the maximum allowed spindown, potentially weakening the inferred magnetic field by more than an order of magnitude. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.09471v1

Direct Emission of Strong Radio Pulses During Magnetar Flares by Christopher Thompson. on Sunday 25 September The emission of intense radio pulses by flaring magnetars is investigated. Small-scale current gradients can be imprinted into a strongly magnetized outflow by the same processes that source fireball radiation in the closed magnetosphere. This structure arises from a combination of crustal yielding, internal tearing, and turbulent cascade. We consider the quasi-linear development of weak, small-scale currents as (i) they are stretched out and frozen by relativistic expansion and then (ii) pass through a shock. In particular, we derive the amplitudes of the ordinary and fast waves that emerge downstream of a relativistic, magnetized shock in response to a mode that is frozen into the upstream flow (a frozen Alfv'en wave or entropy wave). An upstream mode with comoving wavelength exceeding the skin depth can linearly convert to a secondary mode propagating above the plasma frequency. A simple and accurate treatment of shocks with extreme magnetization is developed, and the formation of internal shocks in the outflow from a bursting, rotating magnetar is outlined. The emission process described here does not require a strong shock or cool $e^pm$ pairs (in contrast with the electromagnetic maser shock instability). In some cases, a high-frequency wave is reflected back to the observer, but with a minuscule amplitude that makes it subdominant to other emission channels. The dominant secondary electromagnetic mode is superluminal at emission, is subject to weak induced scattering within the outflow, and can reach the observer in the radio band. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2209.11136v1

Direct Emission of Strong Radio Pulses During Magnetar Flares by Christopher Thompson. on Sunday 25 September The emission of intense radio pulses by flaring magnetars is investigated. Small-scale current gradients can be imprinted into a strongly magnetized outflow by the same processes that source fireball radiation in the closed magnetosphere. This structure arises from a combination of crustal yielding, internal tearing, and turbulent cascade. We consider the quasi-linear development of weak, small-scale currents as (i) they are stretched out and frozen by relativistic expansion and then (ii) pass through a shock. In particular, we derive the amplitudes of the ordinary and fast waves that emerge downstream of a relativistic, magnetized shock in response to a mode that is frozen into the upstream flow (a frozen Alfv'en wave or entropy wave). An upstream mode with comoving wavelength exceeding the skin depth can linearly convert to a secondary mode propagating above the plasma frequency. A simple and accurate treatment of shocks with extreme magnetization is developed, and the formation of internal shocks in the outflow from a bursting, rotating magnetar is outlined. The emission process described here does not require a strong shock or cool $e^pm$ pairs (in contrast with the electromagnetic maser shock instability). In some cases, a high-frequency wave is reflected back to the observer, but with a minuscule amplitude that makes it subdominant to other emission channels. The dominant secondary electromagnetic mode is superluminal at emission, is subject to weak induced scattering within the outflow, and can reach the observer in the radio band. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2209.11136v1

Avante HQueiros, hoje vamos falar da primeira Graphic MSP: Magnetar, uma história surpreendente e que traz uma nova roupagem para o clássico personagem de Mauricio de Sousa, o Astronauta. Então suba abordo da grande missão de explorar novos horizontes para toda a humanidade. Participe do nosso podcast, mande sua mensagem para contato@hqueiros.com.br ou envie um áudio, de até um minuto, para o nosso Whatsapp: (11) 96244-9417.

Welcome to Episode 133.0 of Deadzone the Podcast. The finale of the Magentar campaign is upon us as the last results are in!  The guys review the results, talk about the balance of the game, share our thoughts on Firefight now that we have more games in and start a new segment of the show: The Team Building Challenge Magentar Results (link) Rick's Goblins Best Friend (link) New Merch available at https://www.zazzle.com/store/deadzone_podcast  Stay safe everyone!   Music ‘Deus Ex "Neonnature"' by nervouse_testpilot with Overclock Remix   Big shout out to Rob and Jack for putting together an awesome show and to Rob Phaneuf from Counter Charge for help with the technical side! . . ~All Images Copyright Mantic Games, Picture Owners & Deadzone the Podcast~ ~DZtP is on Spotify~ https://open.spotify.com/show/6Fz8YXcyCptO8ikd9eE3iU ~DZtP is on Twitch~ https://www.twitch.tv/deadzonepodcast ~DZtP is on Instagram~ https://www.instagram.com/deadzonepodcast/  ~DZtP is on TikTok~ https://www.tiktok.com/@deadzonepodcast  ~Check out our Discord~ https://discord.gg/YC2cdv3 ~Contact us at DeadzonePodcast@gmail.com and Follow Us on Twitter @deadzonepodcast and Subscribe to our YouTube and Twitch ~ ~DZtP merch at https://www.zazzle.com/store/deadzone_podcast ~ ~Visit FamilyOfGamers777 and DreadpathZone on YouTube for more great Deadzone coverage!~  

Welcome to Episode 132.0 of Deadzone the Podcast.  After another busy month of May, we kick off our coverage of the Deadzone Global Campaign, we place our bets on who will take Magnetar, chat some more Firefight prep, and we've launched our new web store with merch galore!   In addition, there's a new podcast out there so give some love to the Mantic Universe Podcast. Stay safe everyone! Tactical Wargames tournament tool https://tacticalwargames.world/deadzone-tournament-software/  New Merch available at https://www.zazzle.com/store/deadzone_podcast      Music ‘Deus Ex "Neonnature"' by nervouse_testpilot with Overclock Remix   Big shout out to Rob and Jack for putting together an awesome show and to Rob Phaneuf from Counter Charge for help with the technical side! . . ~All Images Copyright Mantic Games, Picture Owners & Deadzone the Podcast~ ~DZtP is on Spotify~ https://open.spotify.com/show/6Fz8YXcyCptO8ikd9eE3iU ~DZtP is on Twitch~ https://www.twitch.tv/deadzonepodcast ~DZtP is on Instagram~ https://www.instagram.com/deadzonepodcast/  ~DZtP is on TikTok~ https://www.tiktok.com/@deadzonepodcast  ~Check out our Discord~ https://discord.gg/YC2cdv3 ~Contact us at DeadzonePodcast@gmail.com and Follow Us on Twitter @deadzonepodcast and Subscribe to our YouTube and Twitch ~ ~DZtP merch at https://www.zazzle.com/store/deadzone_podcast ~ ~Visit FamilyOfGamers777 and DreadpathZone on YouTube for more great Deadzone coverage!~

"Fast Radio Bursts" sind superschnelle Radioausbrüche die wir erst 2007 entdeckt haben. Zuerst dachte man sie kämen aus der Küche der Sternwarte. Tatsächlich sind sie aber viel mysteriöser. Mehr dazu erfahrt ihr in der neuen Folge der Sternengeschichten. Wer den Podcast finanziell unterstützen möchte, kann das hier tun: Mit PayPal (https://www.paypal.me/florianfreistetter), Patreon (https://www.patreon.com/sternengeschichten) oder Steady (https://steadyhq.com/sternengeschichten)

Puntata 393, presentata da Luca e Marco. In apertura Luca ci parla della possibilità di trarre energia tramite la pirolisi delle bucce di banana e idei processi di pirolisi (ossia termoscissione in assenza di ossigeno) di materiali e rifiuti.Fabio intervista il Prof. Danilo Cambiaghi, ingegnere meccanico che ci parla della difficoltà di fare ricerca e sviluppo nelle università italiane.Dopo due barze più brutte del solito, Marco parla di un misterioso oggetto astrofisico che emana un segnale radio ogni 18 minuti, troppo lento per essere una pulsar o una stella di neutroni. Accenniamo anche alle recenti immagini – sempre nel radio – di filamenti spaziali che si estendono per centinaia di anni luce.

This month we feature Jo Boone with her first novel The Magnetar. A wonderful new series in the  tradition of Lois Bujold and Anne McAffrey.  We also talk to Chris Kennedy about the new releases for January.

Host Sarah Crespi talks with Contributing Correspondent Joshua Sokol about magnetars—highly magnetized neutron stars. A recent intense outburst of gamma rays from a nearby galaxy has given astronomers a whole new view on these mysterious magnetic monsters. Also on this week's show, Christoph Zollikofer, a professor of anthropology at the University of Zurich, talks about the evolution of humanlike brains. His team's work with brain-case fossils suggests the complex brains we carry around today were not present in the early hominins to leave Africa, but later developed in the cousins they left behind. This week's episode was produced with help from Podigy. Listen to previous podcasts. About the Science Podcast Download a transcript (PDF). [Image: (Text) Sculptor galaxy; (Image) ESO/J. Emerson/VISTA; Cambridge Astronomical Survey Unit; Music: Jeffrey Cook] Authors: Joshua Sokol; Sarah Crespi See omnystudio.com/listener for privacy information.

Rob drops the latest on the new supplement for Dreadball, The Magnetar Circuit.

Our roundtable conversations return with Ignite the Scene founder Will Mass, Highvol Music owner Bill Chavis, and Magnetar promotions founder Mike Albuquerque. We'll also be joined by Dee snider guitarist Nick Petrino!! VOC Nation provides daily, interactive talk radio, geared toward the professional wrestling community. Other notable show hosts include former WWE/TNA star Shelly Martinez (Shelly LIVE – Wednesdays), former WWE and AWA broadcaster Ken Resnick (Wrestling with History – Wednesdays), former WCW performer The Maestro (WCW Retro – Thursdays), former TNA Impact talent Wes Brisco (Brisco and Big Ace - Sundays), Pro Wrestling Illustrated's Brady Hicks (IN THE ROOM - Tuesdays), and more! Since 2010, VOC Nation has brought listeners into the minds of the biggest stars in pro wrestling and entertainment. Subscribe to the podcasts for free, and visit vocnation.com for live programming. Learn more about your ad choices. Visit megaphone.fm/adchoices Learn more about your ad choices. Visit megaphone.fm/adchoices

COVID Vaccine Update; News Items: The Popularity of Principia, Supersized Wind Turbines, A Magnetar is Born, Plant Personality; Special Report: The Truth about Galileo; Whos That Noisy; Your Questions and E-mails: Racial Bias; Science or Fiction

The origin of these explosions of radio waves has long been an astrophysics mystery. Now one has been traced to an ultra-dense spinning magnetized stellar core.

Today on Space Radio:How to make a MagnetarWhat is the quantum measurement problem?Will StarLink be useful?Will the JWST get damaged?Why do science journals exist?and more!Join the show recording every Thursday at 4pm ET by leaving a voicemail at www.SpaceRadioShow.com.Support the show on Patreon.Follow on Twitter | Facebook | Instagram | YouTube.Big thanks to my top Patreon supporters this month: Matthew K, Justin Z, Justin G, Kevin O, Duncan M, Corey D, Barbara K, Neuterdude, Chris C, Robert M, Nate H, Andrew F, Chris L, Jon, Cameron L, Nalia, Aaron S, Tim R, Joe R, Neil P, Tom S, Bryan D, Irene P, Dustin R, Matt C, Iothian53, Steve P, Debra S, Ken L, Alberto M, Ron W, Chris L, Mark R, Alan B, Stephen J, David P, John F, Maureen R, Frank T, Craig B, Jesse A, Steven L, Ulfert B, Dave L, Stace J, S Stark, Richard K, Vladimir Z, Carol S, Stephen M, Grace M, Jeremy K, Russell W, David B, Tamara F, Robert B, Fr Bruce W, Catherine R, Nicolai B, Sean M, Nate H, Edward K, Ped, Chuck C, Jose Pablo V, Stephen S, Elizabeth W, Eric F, and Tracy F!Produced by Greg Moebius at WCBE Radio Columbus.Hosted by Paul M. Sutter, astrophysicist at The Ohio State University, and the one and only Agent to the Stars.