Podcasts about david jewitt

Welcome to this week's episode where Melissa sits down with David Jewitt, the Associate Pastor at New Hope Church in Abilene, Texas, as they talk about the biblical aspect of tithing and how that affects you as a staff person. Whether you are a young or old youth pastor, we would love for you to listen in and see what is talked about in today's episode and we would also love to hear from you! What is your tidbit of advice that you would add to the conversation?   You can listen to this episode on all your preferred podcast providers.  We would also love to have you join the conversation if you would like to be on the show!   Shoot us a message on social media (@talkstudentmin) or an email (podcast@studentministryconversations.org) to get a time set for you to be on the show.   Show notes can be found on our website: www.studentministryconversations.org     Connect With SMC     Instagram – @talkstudentmin     Twitter – @talkstudentmin    Facebook – @talkstudentmin     Youtube - "Student Ministry Conversations"    Connect With The Hosts     Brent Aiken – @heybrentaiken    Russell Martin – @rgmmusic    David Pruitt - @pruacoustic    Melissa Stevenson - @melissa_stevenson81    Micah Marshall - @micahmarshall   You can also email all the hosts individually by: firstname@studentministryconversations.org   Support the Podcast!     Buy Our Merch! - www.studentministryconversations.org/shop --- Send in a voice message: https://podcasters.spotify.com/pod/show/talkstudentmin/message

The Interstellar Interlopers by David Jewitt et al. on Monday 19 September Interstellar interlopers are bodies formed outside of the solar system but observed passing through it. The first two identified interlopers, 1I/`Oumuamua and 2I/Borisov, exhibited unexpectedly different physical properties. 1I/`Oumuamua appeared unresolved and asteroid-like whereas 2I/Borisov was a more comet-like source of both gas and dust. Both objects moved under the action of non-gravitational acceleration. These interlopers and their divergent properties provide our only window so far onto an enormous and previously unknown galactic population. The number density of such objects is $sim$ 0.1 AU$^{-3}$ which, if uniform across the galactic disk, would imply 10$^{25}$ to 10$^{26}$ similar objects in the Milky Way. The interlopers likely formed in, and were ejected from, the protoplanetary disks of young stars. However, we currently possess too little data to firmly reject other explanations. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2209.08182v1

The Interstellar Interlopers by David Jewitt et al. on Monday 19 September Interstellar interlopers are bodies formed outside of the solar system but observed passing through it. The first two identified interlopers, 1I/`Oumuamua and 2I/Borisov, exhibited unexpectedly different physical properties. 1I/`Oumuamua appeared unresolved and asteroid-like whereas 2I/Borisov was a more comet-like source of both gas and dust. Both objects moved under the action of non-gravitational acceleration. These interlopers and their divergent properties provide our only window so far onto an enormous and previously unknown galactic population. The number density of such objects is $sim$ 0.1 AU$^{-3}$ which, if uniform across the galactic disk, would imply 10$^{25}$ to 10$^{26}$ similar objects in the Milky Way. The interlopers likely formed in, and were ejected from, the protoplanetary disks of young stars. However, we currently possess too little data to firmly reject other explanations. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2209.08182v1

Brain scanning experiments reveal how psilocybin works to relieve severe depression. Psilocybin is the psychedelic substance in 'magic mushrooms'. The psychoactive chemical is currently in clinical trials in the UK and US as a potential treatment for depression and other mental illnesses. Professor David Nutt of Imperial College London tells Roland about the research Also in the show, worrying findings about the increase in premature deaths because of air pollution in growing cities in tropical Africa and Asia. An international group of climatologists has found that the tropical storms which struck Mozambique, Malawi and Madagascar in early 2022 had been made more intense by human-induced climate change. And astronomer David Jewitt used the Hubble telescope to measure the largest known comet in the solar system - it's huge at about 120 kilometres across. The team at CrowdScience has spent years answering all sorts of listener questions, which must make them pretty smart, right? IN this week's episode, that assumption is rigorously tested as Marnie Chesterton and the team pit their wits against a multitude of mind-bending puzzles from an old TV game show - all in the name of answering a question from Antonia in Cyprus. She wants to know: how do we work out how clever someone is? Is IQ the best measure of cleverness? Why do we put such weight on academic performance? And where does emotional intelligence fit into it all? In the search for answers, presenter Marnie Chesterton and the team are locked in rooms to battle mental, physical, mystery, and skill-based challenges, all against the clock. Unpicking their efforts in the studio are a global team of cleverness researchers: Dr. Stuart Ritchie from Kings College London, Professor Sophie von Stumm from York University, and Dr. Alex Burgoyne, from the Georgia Institute of Technology in the US. They are challenged to face the toughest questions in their field: Why do men and women tend to perform differently in these tests? Is our smartness in our genes? And what about the Flynn effect – where IQs appear to have risen, decade after decade, around the world. (Image: Mexican Psilocybe Cubensis. An adult mushroom raining spores. Credit: Getty Images)

Brain scanning experiments reveal how psilocybin works to relieve severe depression. Psilocybin is the psychedelic substance in 'magic mushrooms'. The psychoactive chemical is currently in clinical trials in the UK and US as a potential treatment for depression and other mental illnesses. Professor David Nutt of Imperial College London tells Roland about the research Also in the show, worrying findings about the increase in premature deaths because of air pollution in growing cities in tropical Africa and Asia. An international group of climatologists has found that the tropical storms which struck Mozambique, Malawi and Madagascar in early 2022 had been made more intense by human-induced climate change. And astronomer David Jewitt used the Hubble telescope to measure the largest known comet in the solar system - it's huge at about 120 kilometres across. (Image: Mexican Psilocybe Cubensis. An adult mushroom raining spores. Credit: Getty Images) Presenter: Roland Pease Producer: Andrew Luck-Baker

¿Hay bordes o límites en nuestro Sistema Solar? Esa pregunta derivó en un gran descubrimiento revolucionario que cambió completamente la manera en la que vemos el universo. El Cinturón de Kuiper es un campo gigantesco compuesto de pequeños objetos celestes y helados que se encuentran más allá de Neptuno. Estos objetos son restos de la formación de los planetas y por muchísimos años, nadie creía que existían, hasta que los astrónomos Jane Luu y David Jewitt decidieron investigar qué había allá afuera. Jane Luu nos cuenta la historia de cómo ayudó a descubrir el Cinturón de Kuiper. --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app

Is there a hard edge to the solar system? This question led to a big, breakthrough discovery that changed the way we picture the solar system - and every other solar system in the universe. The Kuiper Belt is a gigantic field of small, icy objects beyond Neptune, “planet scraps” left over from the formation of the planets. For many, many years, no one believed it might exist. Until astronomers Jane Luu and David Jewitt decided to see what was out there. Jane Luu tells the story of how she helped discover the Kuiper Belt. We have an exciting announcement! We’ve partnered with Castbox to launch Tumble Premium, a channel on the Castbox app featuring ad-free episodes and all our bonus interview episodes too! It’s $1.35/month through the app, or $16/year. You’ll be helping support the show while listening on a great podcast app! Don’t worry, we’ve still got the same great audio extras available on Patreon, too. This week, we have more from our interview with Jane Luu on ‘Oumuamua, the mysterious, weirdly shaped, potentially alien (yes, THAT kind of alien!) space object. Pledge at patreon.com/tumblepodcast. Want to learn more about the Kuiper Belt? Check out our blog at www.sciencepodcastforkids.com.

This week Dr. David Jewitt joins us to talk about interstellar objects, jovian moons, and the Kuiper belt! Kuiper Belt ‘Oumuamua David’s Website Fun Paper Friday Should insurance be paying for you to ride the roller coaster? Find out on this week’s fun paper friday! Mitchell, Marc A., and David D. Wartinger. “Validation of a functional pyelocalyceal renal model for the evaluation of renal calculi passage while riding a roller coaster.” J Am Osteopath Assoc 116.10 (2016): 647–652. Contact us Show - Support us on Patreon! - www.dontpanicgeocast.com - SWUNG Slack - @dontpanicgeo - show@dontpanicgeocast.com John Leeman - www.johnrleeman.com - @geo_leeman Shannon Dulin - @ShannonDulin  

Dave Jewitt stepped out in faith in 2004 at the encouragement of his close network of friends because this network of friends could see the fruit of Dave’s life; when he coached and mentored men, there was a consistent transformation in the man’s life that was being mentored. Eleven years later in 2015 after honing the coaching tools and process, this continues on an international scale. To connect with Dave Jewitt: www.youronedegree.com To learn more about The Young Businessmen of Tulsa: Facebook: /YBTOklahoma Twitter: @ybTulsaOK LinkedIn: Young Businessmen of Tulsa Website: www.ybtok.com To connect with Evan Uyetake www.patreon.com/yblpc twitter: @utalkie instagram: @utalkie LinkedIn: /evanuyetake email: podcast@ybtok.com

Watch Prof. David Jewitt from UCLA present his talk From Kuiper Belt to Comet at the Keck Institute for Space Studies short course Comets - Connecting the Origins of Solar Systems to the Origins of Life on June 5, 2017.

David Jewitt, professor of Earth & Space Sciences and Physics & Astronomy at UCLA, gives a modern broad view of our solar system and planetary systems of other stars. Series: "UCLA Science Faculty Research Colloquium" [Science] [Show ID: 21104]

David Jewitt, professor of Earth & Space Sciences and Physics & Astronomy at UCLA, gives a modern broad view of our solar system and planetary systems of other stars. Series: "UCLA Science Faculty Research Colloquium" [Science] [Show ID: 21104]

David Jewitt, professor of Earth & Space Sciences and Physics & Astronomy at UCLA, gives a modern broad view of our solar system and planetary systems of other stars. Series: "UCLA Science Faculty Research Colloquium" [Science] [Show ID: 21104]

David Jewitt, professor of Earth & Space Sciences and Physics & Astronomy at UCLA, gives a modern broad view of our solar system and planetary systems of other stars. Series: "UCLA Science Faculty Research Colloquium" [Science] [Show ID: 21104]