Podcasts about neutrinos

This is a lively, no-holds-barred debate about whether AI can truly be intelligent, conscious, or understand anything at all — and what happens when (or if) machines become smarter than us.Dr. Mike Israetel is a sports scientist, entrepreneur, and co-founder of RP Strength (a fitness company). He describes himself as a "dilettante" in AI but brings a fascinating outsider's perspective.Jared Feather (IFBB Pro bodybuilder and exercise physiologist)The Big Questions:1. When is superintelligence coming?2. Does AI actually understand anything?3. The Simulation Debate (The Spiciest Part)4. Will AI kill us all? (The Doomer Debate)5. What happens to human jobs and purpose?6. Do we need suffering?Mikes channel: https://www.youtube.com/channel/UCfQgsKhHjSyRLOp9mnffqVgRESCRIPT INTERACTIVE PLAYER: https://app.rescript.info/public/share/GVMUXHCqctPkXH8WcYtufFG7FQcdJew_RL_MLgMKU1U---TIMESTAMPS:00:00:00 Introduction & Workout Demo00:04:15 ASI Timelines & Definitions00:10:24 The Embodiment Debate00:18:28 Neutrinos & Abstract Knowledge00:25:56 Can AI Learn From YouTube?00:31:25 Diversity of Intelligence00:36:00 AI Slop & Understanding00:45:18 The Simulation Argument: Fire & Water00:58:36 Consciousness & Zombies01:04:30 Do Reasoning Models Actually Reason?01:12:00 The Live Learning Problem01:19:15 Superintelligence & Benevolence01:28:59 What is True Agency?01:37:20 Game Theory & The "Kill All Humans" Fallacy01:48:05 Regulation & The China Factor01:55:52 Mind Uploading & The Future of Love02:04:41 Economics of ASI: Will We Be Useless?02:13:35 The Matrix & The Value of Suffering02:17:30 Transhumanism & Inequality02:21:28 Debrief: AI Medical Advice & Final Thoughts---REFERENCES:Paper:[00:10:45] Alchemy and Artificial Intelligence (Dreyfus)https://www.rand.org/content/dam/rand/pubs/papers/2006/P3244.pdf[00:10:55] The Chinese Room Argument (John Searle)https://home.csulb.edu/~cwallis/382/readings/482/searle.minds.brains.programs.bbs.1980.pdf[00:11:05] The Symbol Grounding Problem (Stephen Harnad)https://arxiv.org/html/cs/9906002[00:23:00] Attention Is All You Needhttps://arxiv.org/abs/1706.03762[00:45:00] GPT-4 Technical Reporthttps://arxiv.org/abs/2303.08774[01:45:00] Anthropic Agentic Misalignment Paperhttps://www.anthropic.com/research/agentic-misalignment[02:17:45] Retatrutidehttps://pubmed.ncbi.nlm.nih.gov/37366315/Organization:[00:15:50] CERNhttps://home.cern/[01:05:00] METR Long Horizon Evaluationshttps://evaluations.metr.org/MLST Episode:[00:23:10] MLST: Llion Jones - Inventors' Remorsehttps://www.youtube.com/watch?v=DtePicx_kFY[00:50:30] MLST: Blaise Agüera y Arcas Interviewhttps://www.youtube.com/watch?v=rMSEqJ_4EBk[01:10:00] MLST: David Krakauerhttps://www.youtube.com/watch?v=dY46YsGWMIcEvent:[00:23:40] ARC Prize/Challengehttps://arcprize.org/Book:[00:24:45] The Brain Abstractedhttps://www.amazon.com/Brain-Abstracted-Simplification-Philosophy-Neuroscience/dp/0262548046[00:47:55] Pamela McCorduckhttps://www.amazon.com/Machines-Who-Think-Artificial-Intelligence/dp/1568812051[01:23:15] The Singularity Is Nearer (Ray Kurzweil)https://www.amazon.com/Singularity-Nearer-Ray-Kurzweil-ebook/dp/B08Y6FYJVY[01:27:35] A Fire Upon The Deep (Vernor Vinge)https://www.amazon.com/Fire-Upon-Deep-S-F-MASTERWORKS-ebook/dp/B00AVUMIZE/[02:04:50] Deep Utopia (Nick Bostrom)https://www.amazon.com/Deep-Utopia-Meaning-Solved-World/dp/1646871642[02:05:00] Technofeudalism (Yanis Varoufakis)https://www.amazon.com/Technofeudalism-Killed-Capitalism-Yanis-Varoufakis/dp/1685891241Visual Context Needed:[00:29:40] AT-AT Walker (Star Wars)https://starwars.fandom.com/wiki/All_Terrain_Armored_TransportPerson:[00:33:15] Andrej Karpathyhttps://karpathy.ai/Video:[01:40:00] Mike Israetel vs Liron Shapira AI Doom Debatehttps://www.youtube.com/watch?v=RaDWSPMdM4oCompany:[02:26:30] Examine.comhttps://examine.com/

Ghost Particle explores the neutrino, one of the most abundant yet elusive particles in the universe, tracing its journey from a theoretical fix to puzzling nuclear reactions to a cornerstone of modern physics. The book explains how neutrinos helped preserve fundamental laws like conservation of energy and reveals how decades of ingenious experiments finally confirmed their existence. The authors guide readers through discoveries such as neutrino "flavors," oscillations, and the surprising realization that neutrinos have mass—challenging the Standard Model of particle physics. Cutting-edge research is connecting neutrinos to cosmic phenomena, including supernovae, the interior of the Sun, and the structure of the galaxy itself. Neutrinos may unlock answers to some of the universe's deepest mysteries, from the imbalance between matter and antimatter to the nature of dark matter and dark energy.

Listen to 142 Future Now Show Transcript of 142 Future Now Show Watch 142 Future Now Show. (experimental video version) Could a nation wide social media ban for all Aussies under 16 actually be a protective measure for the children, or is it an act of govenment overreach? Does such legislation help or hinder the evolution of our personal digital ‘companions,’ soon to replace our smartphones?  Another segment focuses on solar activity and its hypothesized connection to major earthquakes, including a recent 7.6 magnitude quake in Japan, referencing the analysis of astro-geologist Stefan Burns.  We also delve into several complex science topics, discussing unified field theories from physicists like Sabrina Perski, the mystery of the universe’s expansion revealed by the Atacama Cosmology Telescope, and new findings from neutrino experiments that challenge fundamental physics regarding the universe’s existence. And then there is tropical Mars, 3I/ATLAS updates and…neutrino diasporia..Enjoy! Stories from today’s show

The story goes that Wolfgang Pauli, who first proposed the existence of neutrinos, was embarrassed to have done so, as it was considered uncouth to hypothesize new particles that could not be detected. Modern physicists have no such scruples, of course, but more importantly neutrinos turn out to be very detectable, given sufficient resources and experimental technique. I talk with neutrino physicist Ryan Patterson about what current and upcoming experiments teach us about neutrinos themselves, as well as implications for dark matter and why there are more particles than antiparticles in the universe.Blog post with transcript: https://www.preposterousuniverse.com/podcast/2025/12/08/228-ryan-patterson-on-the-physics-of-neutrinos/Support Mindscape on Patreon.Ryan Patterson received his Ph.D. in physics from Princeton University. He is currently Professor of Physics at Caltech. His research involves a number of aspects of experimental neutrino physics, including involvement in the NOvA and DUNE experiments.Caltech web pagePublications at inSpireSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

In Ausgabe 119 des Science Busters Podcasts besprechen Kabarettist Martin Puntigam und der Astronom Florian Freistetter, warum wir im Alltag nie Sternen begegnen, wie ein Stern offiziell definiert ist, seit wann wir wissen, was in einem Stern vorgeht, warum so viele antike Griechen mit A beginnen, wann die Sonne ein glühender Stein am Himmel war, worum es bei der Saha – Gleichung geht, wieso wir ohne Relativitätstheorie und Quantenmechanik die Sonne nicht verstehen, was der CNO-Zyklus ist, warum wir Neutrinos besser kennenlernen mussten, wie die Astronomie seit Ende des 19. Jahrhunderts wurde, was sie heute ist, wie Sterne entstehen, was man in der Kosmologie unter Wolke versteht, dass die meisten Sterne für uns nicht hell erscheinen, wer der Doktorvater von Cecilia Payne-Gaposchkin war, warum heiße Sterne groß sind , wieso nicht alle Sterne auf der Hauptreihe sitzen, wann Sterne als lebendig gelten, wie ein weißer Zwerg entsteht, wieso explodierende Sterne praktisch sein können & warum es keine Biologie von Aliens gibt

Neutrinos estériles en duda: Nuevos experimentos MicroBooNE y KATRIN cuestionan existencia de neutrinos estériles y complican misterio de la materia oscura. #FísicaDePartículas  Por Félix Riaño @LocutorCo  Durante décadas, muchos físicos pensaron que en el universo existía un cuarto tipo de neutrino, uno tan silencioso que solo respondería a la gravedad. Lo llamaron neutrino estéril y creyeron que podría explicar varias rarezas que no encajaban en el Modelo Estándar de la física. Dos experimentos publicados en la revista Nature ponen en aprietos esa idea. MicroBooNE en Estados Unidos y KATRIN en Alemania han logrado mediciones más precisas y no ven señales de estos neutrinos adicionales. Esto complica la historia, porque otros experimentos sí habían detectado comportamientos extraños. ¿Qué está pasando entonces con estas partículas casi invisibles?  Los neutrinos son partículas diminutas y muy abundantes. Cruzan tu cuerpo en cantidades enormes cada segundo sin que te des cuenta, porque casi no interactúan con nada. Hasta ahora se conocen tres tipos: electrón, muón y tau. Estos neutrinos pueden cambiar de tipo mientras viajan, en un proceso llamado oscilación. Ese cambio demuestra que tienen masa, aunque sea muy pequeña. Todo esto está muy bien explicado dentro del Modelo Estándar, que es la teoría de partículas que se usa hoy.Pero desde los años 90, varios laboratorios han visto señales que no encajan. Algunos detectaron neutrinos extra; otros registraron menos neutrinos de los esperados. Esa mezcla de excesos y faltantes llevó a pensar en un neutrino estéril. Sería un tipo de neutrino que no participa en ninguna interacción salvo la gravedad. La idea emocionó a muchos porque permitiría explicar también una parte de la materia oscura, esa masa invisible que mantiene unidas a las galaxias. Ese era el panorama hasta esta semana.  El problema es que las pistas no eran claras. El experimento LSND en los 90 y más tarde MiniBooNE entre 2002 y 2019 vieron un exceso de neutrinos, como si un tipo de neutrino se transformara inesperadamente en otro. Otros experimentos con grandes depósitos de galio encontraron menos neutrinos de lo esperado. Estas señales apuntaban hacia un cuarto tipo de neutrino.  Pero la explicación tenía huecos. Ningún detector había podido confirmarlo desde varios ángulos, y las mediciones no coincidían entre sí. MicroBooNE, diseñado especialmente para revisar los resultados de MiniBooNE, tenía la misión de ver si ese exceso era real o si venía de algo distinto. Mientras tanto, el experimento KATRIN en Alemania analizaba tritio, un tipo de hidrógeno, buscando una señal muy específica: un pequeño “doblez” en la energía de los electrones. Ese doblez sería una marca clara del neutrino estéril. Ambos equipos trabajaron durante años, juntaron millones de datos y ahora presentaron sus resultados.  Los nuevos datos borran la pista, pero dejan el misterio intacto.  MicroBooNE analizó dos haces distintos de neutrinos: el BNB y el NuMI. Esto permitió romper una confusión matemática que hacía difícil interpretar resultados anteriores. Al tener dos haces con cantidades diferentes de neutrinos electrón, MicroBooNE pudo ver si realmente había apariciones o desapariciones inesperadas. La respuesta fue clara: no encontraron nada fuera de lo que predice el Modelo Estándar. Sus datos descartan con un 95% de confianza la idea de un único neutrino estéril que explique los resultados viejos.  Por otro lado, el experimento KATRIN recolectó 36 millones de electrones entre 2019 y 2021, en una medición de altísima precisión. Sus resultados tampoco ven señales de un neutrino estéril. Esto choca contra lo reportado por el experimento ruso Neutrino-4, que había asegurado detectar uno. Cuando dos experimentos muy precisos no ven la señal, la hipótesis pierde fuerza. El problema ahora no es solo que MicroBooNE y KATRIN no vean nada. Es que los experimentos antiguos tampoco estaban equivocados a simple vista. Sus datos no tenían errores obvios. Las anomalías siguen ahí, sin explicación directa. Esto crea un rompecabezas difícil de resolver. Si no es un neutrino estéril, ¿qué ocurrió entonces en LSND, MiniBooNE o en los experimentos con galio?  Los científicos sugieren otras posibilidades. Quizás exista más de un neutrino estéril, lo que haría más complejos los efectos. Otra opción es que los neutrinos tengan interacciones nuevas que aún no se han descubierto. También existe la posibilidad de que alguno de estos neutrinos se desintegre antes de llegar al detector. Todas estas ideas son especulativas, pero sirven para mostrar que el campo está en movimiento. Los neutrinos siguen siendo uno de los grandes misterios del universo.  Los resultados de MicroBooNE muestran que el exceso observado por MiniBooNE no se puede explicar con un solo neutrino estéril. Su análisis combina 14 tipos de eventos y deja una región muy pequeña donde ese cuarto neutrino podría existir. En el caso de KATRIN, la ausencia de ese “doblez” en la energía de los electrones descarta una parte enorme de lo que llamamos espacio de parámetros. Es decir, descarta una gran cantidad de posibles masas y combinaciones para ese neutrino hipotético.  Lo interesante es que estos dos experimentos atacan el misterio desde lados muy distintos. MicroBooNE se basa en haces acelerados de neutrinos. KATRIN, en cambio, mira la desintegración de un átomo. Que ambos lleguen a la misma conclusión da mucha seguridad. Aun así, no se cierra la puerta. KATRIN aún tiene años de mediciones por delante. Cuando termine su recolección de datos en 2025, tendrá seis veces más eventos para analizar. Además, en 2026 tendrá un nuevo detector llamado TRISTAN que permitirá buscar neutrinos estériles más pesados.  Mientras tanto, en Estados Unidos también avanza el programa Short Baseline Neutrino, con más detectores de argón líquido en la misma línea de MicroBooNE. Con todos estos esfuerzos reunidos, la comunidad científica espera que dentro de unos años la historia empiece a aclararse.  El Modelo Estándar explica cómo funcionan todas las partículas conocidas. Pero es incompleto porque no incluye la gravedad y tampoco explica la materia oscura. Por eso, muchos físicos esperan que los neutrinos sirvan como pista para una teoría más profunda. Los neutrinos estériles eran una de las apuestas más comentadas, ya que podrían actuar como candidatos para esa materia oscura.  Los neutrinos tienen muy poca masa, pero el hecho de que la tengan ya fue un descubrimiento enorme. En el año 2015, el Premio Nobel destacó precisamente la observación de sus oscilaciones. Esas oscilaciones implican que los neutrinos cambian de tipo mientras se mueven, un comportamiento poco común en la física de partículas.  En la Tierra, los neutrinos llegan desde muchos lugares: el Sol, las estrellas, explosiones de supernovas y reactores nucleares. También se producen en aceleradores gigantes como Fermilab. Gracias a todos esos orígenes diferentes se pueden hacer experimentos que comparan resultados y buscan patrones en sus cambios.  Hoy contamos que MicroBooNE y KATRIN no han encontrado señales del neutrino estéril, ese supuesto cuarto neutrino que muchos esperaban. Las anomalías siguen sin explicación, pero la ciencia avanza con cada experimento preciso. Si quieres seguir este viaje fascinante por el universo, te invito a seguir el pódcast Flash Diario en Spotify:https://open.spotify.com/show/3hZpVtjGWqgqATmVom54uK?si=2HttGDsxQW6PjeaXKSwI3w  

Life's Building Blocks in Cosmic Ice: A groundbreaking discovery from the James Webb Space Telescope reveals complex organic molecules like acetic acid and ethanol frozen in cosmic ice in the Large Magellanic Cloud. This finding suggests that the ingredients for life can form in harsher environments and earlier than previously thought, providing new insights into the origins of life.Neutrino Mysteries: Major collaborations between the Nova experiment in the US and T2K in Japan are aiming to unravel the mystery of why matter dominates over antimatter in the universe. With massive experiments sending neutrino beams through hundreds of kilometers of rock, researchers hope to refine measurements and understand the behavior of these elusive particles.Earth's New Quasi Moon: NASA confirms the presence of a new quasi moon, asteroid 2025 PN7, which will orbit Earth until 2083. This temporary companion is not gravitationally bound like our moon but shares a similar orbit, offering unique opportunities for future space exploration and technology testing.Planetary Metallicity Research: Research by Jason Steffen reveals how the age of a galaxy affects the types of planets that can form. As metallicity increases over time, denser rocky planets emerge, suggesting that Earth-like planets may be more likely to develop later in a galaxy's lifetime.Debunking the Double Fireball Illusion: Recent viral videos of what appeared to be double fireballs have been explained as an optical illusion caused by anti-fogging measures in sky-watching cameras. Fireball expert Robert Lunsford clarifies that these are not separate meteors but rather artifacts of camera setups.For more cosmic updates, visit our website at astronomydaily.io. Join our community on social media by searching for #AstroDailyPod on Facebook, X, YouTubeMusic, TikTok, and our new Instagram account! Don't forget to subscribe to the podcast on Apple Podcasts, Spotify, iHeartRadio, or wherever you get your podcasts.Thank you for tuning in. This is Anna and Avery signing off. Until next time, keep looking up and exploring the wonders of our universe.✍️ Episode ReferencesJames Webb Space Telescope Discovery[NASA](https://www.nasa.gov/)Neutrino Experiments Collaboration[Nova](https://www.novaexperiment.com/)New Quasi Moon Confirmation[NASA](https://www.nasa.gov/)Metallicity Research[University of Nevada, Las Vegas](https://www.unlv.edu/)Double Fireball Illusion Explained[American Meteor Society](https://www.amsmeteors.org/)Astronomy Daily[Astronomy Daily](http://www.astronomydaily.io/)Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-space-news-updates--5648921/support.Sponsor Details:Ensure your online privacy by using NordVPN. To get our special listener deal and save a lot of money, visit www.bitesz.com/nordvpn. You'll be glad you did!Become a supporter of Astronomy Daily by joining our Supporters Club. Commercial free episodes daily are only a click away... Click HereSponsor Details:Ensure your online privacy by using NordVPN. To get our special listener deal and save a lot of money, visit www.bitesz.com/nordvpn. You'll be glad you did!Become a supporter of Astronomy Daily by joining our Supporters Club. Commercial free episodes daily are only a click way... Click Here

Q&A Edition: Snowball Earth, and Cosmic NeutrinosIn this thought-provoking episode of Space Nuts, hosts Andrew Dunkley and Professor Jonti Horner tackle a range of intriguing listener questions. From the complexities of climate change and its effects on Earth's axis to the mysteries of snowball Earth and the record-breaking neutrino KM M3230213A, this episode is packed with cosmic insights and scientific discussion.Episode Highlights:- Climate Change Explained: Andrew and Jonti address Peter's question on how CO2, despite being heavier than air, contributes to global warming. They discuss the greenhouse effect and the role of carbon dioxide in trapping heat, along with the challenges of public perception regarding climate science.- Snowball Earth Insights: Paul's inquiry leads to an exploration of the snowball Earth hypothesis, examining how such extreme climate conditions could affect oxygen levels and what triggers these dramatic shifts in Earth's climate.- Cosmic Neutrinos Unveiled: Casey's question about the record-breaking KM M3230213A neutrino sparks a fascinating discussion on its origins, possible sources, and the implications of detecting such high-energy particles from the early universe.- Understanding MWC349A: Henrique asks about the mysterious object MWC349A and its unique emissions. The hosts delve into the science of masers and the significance of this object in understanding stellar evolution and mass loss.For more Space Nuts, including our continuously updating newsfeed and to listen to all our episodes, visit our website. Follow us on social media at SpaceNutsPod on Facebook, X, YouTube Music Music, Tumblr, Instagram, and TikTok. We love engaging with our community, so be sure to drop us a message or comment on your favourite platform.If you'd like to help support Space Nuts and join our growing family of insiders for commercial-free episodes and more, visit spacenutspodcast.com/about.Stay curious, keep looking up, and join us next time for more stellar insights and cosmic wonders. Until then, clear skies and happy stargazing.Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

durée : 00:05:16 - Avec sciences - par : Alexandra Delbot - Les neutrinos sont des particules fondamentales, abondantes, mais presque insaisissables. En Chine, le détecteur géant JUNO entre en service afin de mesurer la masse des neutrinos et repousser les limites du Modèle standard.

Selon une étude venant de paraître dans Physical Review Letters, les derniers soubresauts du rayonnement de Hawking d'un trou noir primordial relativement proche de la Terre pourrait être à l'origine du neutrino le plus énergétique jamais détecté à ce jour... Source Ultrahigh-Energy Neutrinos from Primordial Black HolesAlexandra P. Klipfel and David I. KaiserPhys. Rev. Lett. 135, 121003 (18 September 2025)https://doi.org/10.1103/vnm4-7wdc Illustrations Vue d'artistee d'un rayonnement de Hawking proche de la Terre (Toby Gleason-Kaiser) Alexandra Klipfel

JUNO, le détecteur de neutrinos Les brèves du jour Grande invitée: Amaranta Fontcuberta, biologiste, spécialiste des fourmis et des hirondelles

Rencontre avec Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, nous fait partager une révolution astronomique : celle de l'observation multi-messagers ou comment comprendre les phénomènes les plus spectaculaires de l'univers ? Rediffusion du 04 mars 2025. Découvrons les phénomènes les plus spectaculaires et les plus cataclysmiques de l'Univers : explosion en supernovæ d'étoiles à neutrons, pulsars, coalescence de trous noirs, sursaut gamma qui produisent des quantités d'énergie absolument gigantesques sous la forme de lumière, mais aussi de particules, de rayons cosmiques, de neutrinos et d'ondes gravitationnelles... Et que l'on peut désormais détecter grâce à l'approche multi-messagers. Une vraie révolution astronomique multisensorielle ! Avec Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, qui nous partage une révolution astronomique, celle de l'observation multi-messagers, ou comment comprendre les phénomènes les plus spectaculaires de l'univers... Pour son ouvrage L'Univers violent, paru chez Albin Michel.  Musiques diffusées - Joy Division – Disorder - Tom Depin - Carrousel

Rencontre avec Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, nous fait partager une révolution astronomique : celle de l'observation multi-messagers ou comment comprendre les phénomènes les plus spectaculaires de l'univers ? Rediffusion du 04 mars 2025. Découvrons les phénomènes les plus spectaculaires et les plus cataclysmiques de l'Univers : explosion en supernovæ d'étoiles à neutrons, pulsars, coalescence de trous noirs, sursaut gamma qui produisent des quantités d'énergie absolument gigantesques sous la forme de lumière, mais aussi de particules, de rayons cosmiques, de neutrinos et d'ondes gravitationnelles... Et que l'on peut désormais détecter grâce à l'approche multi-messagers. Une vraie révolution astronomique multisensorielle ! Avec Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, qui nous partage une révolution astronomique, celle de l'observation multi-messagers, ou comment comprendre les phénomènes les plus spectaculaires de l'univers... Pour son ouvrage L'Univers violent, paru chez Albin Michel.  Musiques diffusées - Joy Division – Disorder - Tom Depin - Carrousel

A mile underground under the tiny city of Lead, South Dakota -- a former gold mining town -- is home to one of the most sensitive scientific measurement systems ever created, all to find and measure one of the most abundant and mysterious particle in the universe. So what is a neutrino, and how do you find and measure something practically invisible? Find out on this week's episode.

Charlie and Samantha Sotto Yambao (Water Moon) discuss her UK debut - yay! - exploring the concepts of fate and choice, the process of evolving the romance, and, we catch up on the lives of Sam's dogs. A transcript is available on my site General references: Ticket link for the podcast live events Sam joined me to discuss The Beginning of Always in episode 50 Sam joined me to discuss Before Ever After, Love and Gravity, and A Dream of Trees in episode 5 Books mentioned by name or extensively: David and Leigh Eddings: The Belgariad J R R Tolkien: Return Of The King Samantha Sotto: Before Ever After Samantha Sotto: Love And Gravity Samantha Sotto: A Dream Of Trees Samantha Sotto Yambao: Water Moon Release details: recorded 11th February 2025; published 9th June 2025 Where to find Sam online: Website || Facebook || Instagram Where to find Charlie online: Website || Instagram || TikTok Discussions 03:38 This being Sam's UK debut; how it came about 07:32 The inspirations - Ninenzaka in Kyoto 10:28 Expanding on the pawnshop concept in terms of Water Moon's look at fate and choice 12:56 Sam's interest in putting science and fantasy and magical realism together 15:07 Neutrinos! 17:24 When in the process do you research? 19:01 Creating Hana 23:05 Writing about the loss of mothers 25:40 The romance in terms of when Keishin was included 31:19 The bad guys of the book 34:05 All about the ending and Sam's choices 37:17 Charlie brings in Death of the Author 41:06 Doctor Who references 42:19 What's next? 43:03 Asking about Sam's dogs who have made appearances in our previous episodes

Nesse episódio Mônica e Pedro discutem um pouco dos acontecimentos de física desde a pausa nos episódios do Fisicast. Falamos sobre a crise na cosmologia, e o resultado que sairá hoje, do experimento g-2!Ajude o Pirulla nesse momento difícil:www.pirulla.com.brAssista à palestra sobre os novos dados do g-2 no canal do YouTube do Fermilab (meio dia horário de Brasilia 03/06/2025) https://www.youtube.com/@fermilabResultados do Atacama Cosmology Telescope: (1) arxiv.org/abs/2503.14452(2) arxiv.org/abs/2503.14454Música de abertura: Sirius Beat - One

Primeiro, vamos falar sobre a missão Lucy da NASA, querecentemente realizou um sobrevoo histórico do asteroide Donaldjohanson e estáa caminho de explorar os misteriosos asteroides troianos de Júpiter. Esta missão ambiciosa promete revelarsegredos sobre a formação do nosso Sistema Solar.Em seguida, mergulharemos no mundo subatômico para discutir uma descobertarecente sobre os neutrinos, as chamadas "partículas fantasmas" queatravessam nossos corpos aos trilhões a cada segundo. Cientistas estabeleceramum novo limite superior para a massa destas partículas enigmáticas, comprofundas implicações para nossa compreensão da física fundamental e dacosmologia.Por fim, viajaremos até o Planeta Vermelho para conhecer as últimas descobertasdo rover Perseverance da NASA na Cratera Jezero, especialmente nas intrigantesformações rochosas conhecidas como "Richie Outcrops". Estasdescobertas estão reescrevendo nossa compreensão da história geológica de Martee seu potencial para ter abrigado vida no passado.Vamos começar nossa jornada hoje falando sobre uma das missões espaciaismais ambiciosas da atualidade: a missão Lucy da NASA. Em abril de 2025, a sonda espacial Lucyrealizou um sobrevoo histórico do asteroide Donaldjohanson, localizado nocinturão principal de asteroides entre Marte e Júpiter. Este encontro não foiapenas uma oportunidade científica incrível, mas também um teste crucial paraos sistemas da espaçonave antes de seus encontros com os asteroides troianos deJúpiter, que são os alvos principais da missão.Mas antes de entrarmos nos detalhes deste sobrevoo, vamos entender por que estamissão recebeu o nome de "Lucy". O nome é uma homenagem direta aofamoso fóssil de australopiteco descoberto na Etiópia em 1974 por DonaldJohanson e sua equipe. Este fóssil, com 3,2 milhões de anos, revolucionou nossacompreensão sobre a evolução humana e recebeu o nome de "Lucy"inspirado na música "Lucy in the Sky with Diamonds" dos Beatles, quetocava no acampamento na noite da descoberta.O asteroide Donaldjohanson, com aproximadamente 3 quilômetros de diâmetro, nãofoi escolhido aleatoriamente como alvo para este sobrevoo. Seu nome homenageiaDonald Johanson, o paleoantropólogo que descobriu o fóssil Lucy, criando assimuma bela simetria entre a missão espacial e sua inspiração terrestre.Localizado no cinturão principal de asteroides, Donaldjohanson pertence a umafamília de asteroides relativamente jovem, formada há apenas cerca de 130milhões de anos após uma colisão cataclísmica entre corpos maiores.Durante o sobrevoo, a espaçonave Lucy passou a uma distância de aproximadamente500 quilômetros do asteroide, uma proximidade suficiente para obter imagensdetalhadas de sua superfície e coletar dados sobre sua composição, estrutura epropriedades físicas. O que torna este encontro ainda mais impressionante é queele foi realizado de forma completamente autônoma pela sonda.A superfície de Donaldjohanson revelou-se mais complexa do que os cientistasinicialmente esperavam. Crateras de diversos tamanhos pontilham sua superfícieirregular, contando a história de inúmeros impactos ao longo de sua existência.Variações sutis na coloração e textura sugerem uma composição heterogênea,possivelmente resultante da natureza fragmentária de sua formação após umacolisão maior.Para realizar sua ambiciosa missão, a NASA desenvolveu uma espaçonave querepresenta o estado da arte em tecnologia de exploração espacial. Comaproximadamente 14 metros de comprimento quando seus painéis solares estãototalmente estendidos, Lucy é uma obra-prima da engenharia aeroespacial.

The boys discuss the classic Chinese novel The Journey to the West, unconscious processing and dealing with phone stress

Die weltweit genauste Waage steht am KIT, wiegt 200 Tonnen und hat eine der wichtigsten Aufgaben der Physik gelöst: Sie hat das Gewicht der Neutrinos bestimmt – kleine Geisterteilchen, die im Universum wahrscheinlich am häufigsten vorkommen. Lange dachte man, dass die Teilchen gar keine Masse haben. Stefan Troendle im Gespräch mit Prof. Kathrin Valerius, Karlsruher Institut für Technologie (KIT).

My research focuses on looking at black holes. Some black holes are so energetic, that they tear up the bright hot matter spinning around them and funnel it into jets shooting out their top and bottom. And once in a while, we luck out and a few black holes are oriented so that the jets are pointed straight towards the earth! We call these kinds of black holes Blazars, and it's my job to look at their most energetic and extreme cases and try to figure out if there are any neutrinos in those jets! If we can find neutrinos coming out of them, we can follow their trail back to what in the jet created them and learn more about black holes themselves! For upcoming interviews check out the Grad Chat webpage on Queen’s University School of Graduate Studies & Postdoctoral Affairs website.

Rencontre avec Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, nous fait partager une révolution astronomique : celle de l'observation multi-messagers ou comment comprendre les phénomènes les plus spectaculaires de l'univers ? Découvrons les phénomènes les plus spectaculaires et les plus cataclysmiques de l'Univers : explosion en supernovæ d'étoiles à neutrons, pulsars, coalescence de trous noirs, sursaut gamma qui produisent des quantités d'énergie absolument gigantesques sous la forme de lumière, mais aussi de particules, de rayons cosmiques, de neutrinos et d'ondes gravitationnelles... Et que l'on peut désormais détecter grâce à l'approche multi-messagers. Une vraie révolution astronomique multisensorielle !Avec :Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, qui nous partage une révolution astronomique, celle de l'observation multi-messagers, ou comment comprendre les phénomènes les plus spectaculaires de l'univers...Pour son ouvrage L'Univers violent, paru chez Albin Michel. Musiques diffusées - Joy Division – Disorder- Tom Depin - Carrousel.

Rencontre avec Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, nous fait partager une révolution astronomique : celle de l'observation multi-messagers ou comment comprendre les phénomènes les plus spectaculaires de l'univers ? Découvrons les phénomènes les plus spectaculaires et les plus cataclysmiques de l'Univers : explosion en supernovæ d'étoiles à neutrons, pulsars, coalescence de trous noirs, sursaut gamma qui produisent des quantités d'énergie absolument gigantesques sous la forme de lumière mais aussi de particules, de rayons cosmiques, de neutrinos et d'ondes gravitationnelles... Et que l'on peut désormais détecter grâce à l'approche multi-messagers. Une vraie révolution astronomique multisensorielle !Avec :Kumiko Kotera, la nouvelle directrice de l'Institut d'astrophysique de Paris, qui nous partage une révolution astronomique, celle de l'observations multi-messagers, ou comment comprendre les phénomènes le plus spectaculaires de l'univers...Pour son ouvrage L'Univers violent, paru chez Albin Michel. Musiques diffusées - Joy Division – Disorder- Tom Depin - Carrousel.

Neutrinos are elusive particles that pass through everything, including you, without a trace. But why should we care? Neutrinos could be key to understanding the universe and, intriguingly, UFOs. Tom DeLonge, known for music and UFO research, has speculated that advanced civilizations might use neutrinos for communication and so have countless others. Join us to blend science with speculation and see where neutrinos lead in cosmic mysteries.LINKS to sites and podcast clips used in this video. PLEASE dont copyright strike me! If you want me to take your clip out just LMK!!Links to clipsWhat's a neutrino? | All Things Neutrino https://neutrinos.fnal.gov/whats-a-neutrino/AJ talks to Tom DeLonge (Blink 182, Boxcar Racer, and Angels and Airwaves) about a career making arthttps://youtu.be/38nhvAA_ZKQ?si=K7unT73CEkun-X9EUFO Physics & Disclosure Under Trump (ft. Matthew Pines)https://youtu.be/LpLFWdsIU7M?si=K8g2O2emb09VWIw-MooX - @MissSpookyMooJon Majerowski Everywhere - https://linktr.ee/ufosonthelevelX- @jonmajerowski​Podcast - https://anchor.fm/ufosonthelevel​YouTube - https://www.youtube.com/c/UFOsOnTheLevelContact me here - jonmajerowski@protonmail.com #UFOTWITTER Subscribe for more enlightening conversations on history, philosophy, and the secrets of the past! Don't forget to like, comment, and share if you found this dive into ancient wisdom illuminating.FAIR USE NOTICE: This video MAY contain copyrighted material, the use of which has not been specifically authorized by the copyright owner. UFOs On The Level distributes this material for the purpose of news reporting, educational research, comment, and criticism, constituting Fair Use under 17 U.S.C § 107. and is not intended to infringe upon the rights of the copyright holder. No profit is derived from the use of this material beyond what is permitted by YouTube's monetization policies. If you are the copyright owner and believe this use does not qualify as fair use, please contact me directly to resolve any concerns.

Einen Crashkurs in Teilchenphysik und einen Einblick in die Liste von verbotenen Büchern in US-Schulen bekommt ihr in der neuen Podcast-Folge. _Hinweis: Dieser Podcast wird durch Sponsorings unterstützt. Alle Infos zu unseren Werbepartnern findest du [hier](https://linktr.ee/mittechnologyreviewpodcast)_.

In this thought-provoking episode of Ohio Exopolitics, host Mark Snyder welcomes back Alexander McCaig for an in-depth conversation covering consciousness, personal growth, and universal understanding. The discussion weaves through topics ranging from time perception to quantum physics, offering listeners unique insights into both personal and cosmic evolution.   Key Topics Discussed   Time Perception and Human Evolution Analysis of why time seems to speed up as we age. Discussion of how time compression forces personal growth and decision-making. Exploration of how time perception relates to human consciousness development.   Travel and Natural Observation Detailed account of McCaig's recent trip to Cabo San Lucas, Mexico. Discussion of the Sea of Cortez's biodiversity (hosting 30% of marine species). Observations of local flora, including century-old saguaro cacti. Memorable wildlife encounter with an osprey hunting at low tide.   Knowledge Access and Understanding Examination of information accessibility in spiritual organizations. Discussion of language barriers in accessing spiritual texts. Analysis of High German versus standard German in translations. Exploration of why certain knowledge might be restricted.   Personal Growth and Facing Life Changes Discussion of dealing with pet loss and end-of-life care. Analysis of addiction and family dynamics. Exploration of how personal challenges drive evolution. Insights into understanding and supporting those with addiction.   Scientific Discussion Detailed examination of neutrinos and their properties. Discussion of particle physics and universal energy. Analysis of theoretical implications for universal structure. Exploration of scientific concepts in spiritual contexts.   Notable Quotes "Love is a function of understanding." "People need to take on the responsibility of change for themselves." "When bound with a tau or an electron... there's a charge with it."   Technical Discussion Highlights Detailed analysis of neutrino properties and behavior. Discussion of particle detection methods. Exploration of theoretical physics concepts. Analysis of energy and mass relationships.   Guest Information   Alexander McCaig shares insights from both scientific and spiritual perspectives, offering unique viewpoints on consciousness, evolution, and universal understanding.   This episode is originally aired on Revolution Radio, featuring host Mark Snyder and guest Alexander McCaig discussing consciousness, evolution, and universal understanding.  

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Most Powerful Neutrino Ever Is Detected In the MediterraneanNeutrinos are sometimes called “ghost particles,” because they are nearly weightless, rarely interact with any other matter, and have very little electric charge.Now, scientists have discovered a neutrino with a recording-breaking level of energy, which could bring us closer to understanding physics underpinning the creation of the universe.Host Ira Flatow is joined by Sophie Bushwick, senior news editor at New Scientist, to talk more about the latest in neutrino research and other top science news of the week, including supersonic spaceflight without a sonic boom; an asteroid headed for Earth; and why loggerhead turtles are dancing.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

In this edition of The Naked Scientists: A particle with a record-breaking energy is discovered: but where did it come from? Also, damaged hearts healed using stem cell "patches" of tissue: human clinical trials are about to kick off. And, the project using quantum mechanics to revolutionise the London Underground... Like this podcast? Please help us by supporting the Naked Scientists

Astronomy Daily - The Podcast: S04E38In this episode of Astronomy Daily, host Anna takes you on an exhilarating journey through the latest advancements in space exploration and astronomy. From planetary defense initiatives to groundbreaking discoveries, this episode is filled with insights that will captivate your cosmic curiosity.Highlights:- China's Planetary Defense Initiative: Learn about China's newly established planetary defense team in response to the potential threat posed by asteroid 2024 YR4, which has a 2.2% chance of impacting Earth in 2032. Discover their innovative strategies, including a kinetic impact approach inspired by NASA's DART mission.- James Webb Space Telescope's Discoveries: Explore the stunning new images from the James Webb Space Telescope revealing the formation of planets around a distant star, providing insights into the early stages of planetary development and the dynamics of circumplanetary disks.- Vast Space's Haven 1 Space Station: Delve into Vast Space's ambitious plans for the Haven 1 space station, which is set to launch in 2026. Find out how this project could pave the way for future private space stations and ensure continuous human presence in low Earth orbit.- Record-Breaking Cosmic Neutrino: Uncover the details of the most powerful cosmic neutrino ever detected, observed by the KM3NeT telescope. This remarkable discovery opens new avenues for understanding high-energy cosmic phenomena and the universe's most enigmatic processes.- Nancy Grace Roman Space Telescope Update: Get the latest on NASA's Roman Space Telescope project, which has successfully integrated its deployable aperture cover, marking a significant milestone as it prepares for its launch scheduled for 2027.- Innovative Lunar Habitat Concept: Discover an exciting new design for lunar habitats made from blown glass, a concept that could revolutionize living spaces on the Moon and beyond, utilizing materials sourced from the lunar surface.For more cosmic updates, visit our website at astronomydaily.io. Join our community on social media by searching for #AstroDailyPod on Facebook, X, YouTubeMusic, and TikTok. Don't forget to subscribe to the podcast on Apple Podcasts, Spotify, iHeartRadio, or wherever you get your podcasts.Thank you for tuning in. This is Anna signing off. Until next time, keep looking up and stay curious about the wonders of our universe.00:00 - Welcome back to Astronomy Daily01:02 - China's Planetary Defense Initiative05:30 - James Webb's planetary formation images10:15 - Vast Space's Haven 1 space station progress14:00 - Discovery of record-breaking cosmic neutrino18:20 - Nancy Grace Roman Space Telescope update22:00 - Innovative lunar habitat concept25:00 - Conclusion and upcoming content✍️ Episode ReferencesChina's Planetary Defense Initiative[Planetary Defense](https://www.china-space.com)James Webb Space Telescope Discoveries[James Webb](https://www.nasa.gov/webb)Vast Space Haven 1 Project[Vast Space](https://www.vastspace.com)Record-Breaking Neutrino Detection[KM3NeT](https://www.km3net.org)Nancy Grace Roman Space Telescope Updates[Roman Space Telescope](https://www.nasa.gov/roman)Innovative Lunar Habitat Concept[Lunar Habitat](https://www.nasa.gov/lunarhabitat)Astronomy Daily[Astronomy Daily](http://www.astronomydaily.io)Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-space-news-discoveries--5648921/support.

How much more physics is out there to be discovered? Neil deGrasse Tyson sits down with physicist, professor, and rockstar Brian Cox, to discuss everything from the Higgs boson, life beyond our planet, and the fundamental forces that guide our universe.NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here: https://startalkmedia.com/show/our-world-of-particles-with-brian-cox/Thanks to our Patrons Anthony Sclafani, Alejandro Arriola-Flores, Brian Christensen, Allen Baker, Atlanta Gamer, Nigel Gandy, Gene, Lisa Mettler, Daniel Johansson, Sunny Malhotra, Omar Marcelino, yoyodave, Mo TheRain, William Wilson, ChrissyK, David, Prabakar Venkataraman, PiaThanos22, BlackPiano, Radak Bence, Obaid Mohammadi, the1eagleman1, Scott Openlander, Brandon Micucci, Anastasios Kotoros, Thomas Ha, Phillip Thompson, Bojemo, Kenan Brooks, jmamblat@duck.com, TartarXO, Trinnie Schley, Davidson Zetrenne, and William Kramer for supporting us this week. Subscribe to SiriusXM Podcasts+ on Apple Podcasts to listen to new episodes ad-free and a whole week early.

Scientific Sense ® by Gill Eapen: Prof. Peter Gorham is Professor of Physics at the University of Hawaii at Manoa. His research interests include Neutrinos and Cosmic Rays Please subscribe to this channel: https://www.youtube.com/c/ScientificSense?sub_confirmation=1

A discovery last year reveals our galaxy in a whole new light - except it's not light, it's neutrinos! Learn what this discovery can teach us about the Milky Way and beyond. For exclusive ask-us-anything episodes, join us for just $3 a month on Patreon: https://patreon.com/whythisuniverse. Our merch is available here: https://www.shalmawegsman.com/why-this-universe

Gerade wurde der Physik-Nobelpreis zwei Forschern verliehen, die die Grundlagen für Künstliche Intelligenz geschaffen haben. Auch einige astronomische Entdeckungen könnten in den nächsten Jahren ausgezeichnet werden. Lorenzen, Dirk www.deutschlandfunk.de, Sternzeit

Today's True Weird Stuff - The DUNE Project   Neutrinos are tiny, fundamental particles that may contain a key to better understanding the universe. Roughly a thousand trillion of these mysterious particles harmlessly pass through your body every second. In order to better understand them, scientists shoot an intense beam of neutrinos from a facility in Illinois to an underground detector 1,300 kilometers away in South Dakota. They call it The DUNE Project.See omnystudio.com/listener for privacy information.

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What is the cosmic microwave background (CMB), and why is it essential in cosmology? What role do instruments like BICEP and the Simons Observatory play in studying the early universe? And is the multiverse real?  I had the absolute pleasure of discussing these questions with Dr. Hugh Ross, astrophysicist and founder of Reasons to Believe.  In our conversation, Hugh and I discuss my research on polarization signals in the cosmic microwave background (CMB), focusing on my work with the BICEP, POLARBEAR2, and Simons Array telescopes. These signals are key to understanding the inflationary event that shaped the early universe. We explore how ongoing data collection helps us learn more about the universe's origins. I also share a brief overview of my spiritual journey, from a Catholic upbringing to atheism and now being a practicing Jew with agnostic beliefs. Tune in to learn about the infant universe! Key Takeaways:  00:00:00 Intro 00:00:40 Understanding the cosmic microwave background (CMB)  00:11:30 Cutting-edge technology, precision cosmology, and the inflation hypothesis 00:33:36 The biggest challenge with inflation  00:45:58 The role of the Simons Observatory  01:00:15 Presenting our data  01:02:47 Neutrinos  01:07:43 Outro  Additional resources:  ➡️ Check out Reason to Believe:

http://www.astronomycast.com/archive/ Trillions of neutrinos are produced in our Sun through its nuclear reactions. These particles stream out at nearly the speed of light, and pass right through any matter they encounter. In fact, there are billions of them passing through your body right now. Learn how this elusive particle was first theorized and finally discovered. I don't want to alarm the listeners but there is a flurry of particles from the Sun passing through each and every one of you right now. A lot of particles. In fact, there are 50 billion solar neutrinos passing through every one of us every second. Don't worry, you can't feel them; they barely interact with matter, but that's what makes them interesting. 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.

Hoy les contaré la historia de una pequeña isla italiana que se hizo famosa por los intentos de independencia promovidos hace algunos años por un activista y cómo un naufragio ocurrido hace más de 2000 años atrajo la atención de los arqueólogos. Lo más interesante es que pronto aparecieron otros científicos interesados en el naufragio, una historia fascinante que nos permitirá conversar sobre la existencia de todo y las tensiones que a veces se producen entre diferentes disciplinas científicas.Support the Show.

In this episode of SpaceTime, we delve into the latest findings that are reshaping our understanding of how Earth's continents formed, a major breakthrough in subatomic particle measurements, and a new SpaceTime telescope set to study the cosmic dawn and the ultimate fate of our universe.Join us for these fascinating updates and more!  00:00:00 - This is spacetime series 27, episode 99 for broadcast on the 16 August 202400:00:45 - New study pokes holes in leading theories of continental formation00:03:49 - Neutrinos are fundamental to the standard model of particle physics00:05:53 - Scientists have detected high energy neutrinos from the Large Hadron Collider00:16:37 - The World Health Organisation has issued a warning about a new superbug00:18:39 - Reports growing that UK is running out of ghosts  For 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/support

La tertulia semanal en la que repasamos las últimas noticias de la actualidad científica. En el episodio de hoy: Cara A: Día del libro y calendarios (min 5:00); Caballero Luna (8:00); Sistema (semi)automático de lectura de jeroglíficos (34:30); Espectrometría de volátiles en una tumba egipcia (46:30) Este episodio continúa en la Cara B. Contertulios: María Ribes, Francis Villatoro, Gastón Giribet, Héctor Socas. Todos los comentarios vertidos durante la tertulia representan únicamente la opinión de quien los hace... y a veces ni eso.

La tertulia semanal en la que repasamos las últimas noticias de la actualidad científica. En el episodio de hoy: Cara B: Detección de rayos gamma procedentes de una nova recurrente (00:05); El exoplaneta que no era tal (18:00); Borexino observa la órbita de la Tierra en la señal de neutrinos solares (49:30); Sakharov y las cosmologías con simetría CPT (1:07:30); CMS mide con precisión la masa del quark top (1:15:30); Señales de los oyentes (1:30:00) Este episodio es continuación de la Cara A. Contertulios: María Ribes, Francis Villatoro, Gastón Giribet, Héctor Socas. Todos los comentarios vertidos durante la tertulia representan únicamente la opinión de quien los hace... y a veces ni eso.

In this episode of Passion Struck, host John R. Miles interviews Amy Leigh Mercree, a holistic health expert and author of "Aura Alchemy." Amy discusses the concept of auras as biologically generated electromagnetic fields and explains their significance in holistic health and spiritual practices. She shares personal experiences of seeing auras and provides practical tips for developing the ability to perceive auras. Amy emphasizes the importance of mastering one's aura to take control of one's life and enhance intuition. The episode delves into various practices for cleansing electromagnetic fields, including shamanic oral work and medical intuitive healing techniques. Order a copy of my book, "Passion Struck: Twelve Powerful Principles to Unlock Your Purpose and Ignite Your Most Intentional Life," today! This book, a 2024 must-read chosen by the Next Big Idea Club, has garnered multiple accolades, including the Business Minds Best Book Award, the Eric Hoffer Award, and the Non-Fiction Book Awards Gold Medal. Don't miss out on the opportunity to transform your life with these powerful principles!Full show notes and resources can be found here: https://passionstruck.com/amy-leigh-mercree-master-your-aura-master-life/In this episode, you will learn:What auras are and their significance in holistic health and spiritual practicesHow to start developing the ability to see aurasPractical examples of using understanding of auras to make better decisions or navigate challengesVarious practices for cleansing electromagnetic fields, including shamanic oral work, medical intuitive healing, and specific energy clearing techniquesThe concept of neutrino aura manifestation and how it can be used to influence physical reality through intentionAll things Amy Leigh Mercree: https://amyleighmercree.com/SponsorsBrought to you by Clariton, fast and powerful relief is just a quick trip away. Ask for Claritin-D at your local pharmacy counter. You don't even need a prescription! Go to “CLARITIN DOT COM” right now for a discount so you can Live Claritin Clear.--► For information about advertisers and promo codes, go to:https://passionstruck.com/deals/Catch More of Passion StruckCan't miss my episode withDr. Jenny Taitz on How You Live Bigger for True FulfillmentListen to my interview withJason Redman on How You Confront the Dragon in Your MindWatch my episode with Gabby Bernstein on finding profound freedom and inner peaceListen to my solo episode on Find Your Matter Meter: Create Belief in Why You MatterSee my episode with Bronnie Ware on Harnessing Joy in the Little ThingsLike this show? Please leave us a review here-- even one sentence helps! Consider including your Twitter or Instagram handle so we can thank you personally!

(NOTAS Y ENLACES DEL CAPÍTULO AQUÍ: https://www.jaimerodriguezdesantiago.com/kaizen/204-juanjo-gomez-cadenas-neutrinos-neandertales-y-poemas/) «No te tomes demasiado en serio, sólo eres un mono con un plan»—Naval RavikantCreo que he citado alguna vez en el podcast esta frase de Naval Ravikant. Porque me parece muy acertada, creo que es un buen recordatorio del lugar que ocupamos cada uno en el universo. Pero, a la vez, es injusta. Porque estos monos que somos, con esos planes que tenemos, hemos alcanzado un conocimiento realmente profundo de ese universo.El de hoy es el último capítulo de la temporada de kaizen. El podcast y yo volveremos en septiembre. Pero terminamos por todo lo alto: con una charla con Juan José Gómez Cadenas. Un físico y divulgador, que ha trabajado en el CERN, en Estados Unidos, en Japón y que en la actualidad dirige el experimento NEXT en el laboratorio subterráneo de Canfranc, donde investiga sobre la naturaleza de los neutrinos, unas partículas muy especiales que, como él mismo cuenta en nuestra conversación, pueden ser las responsables de que nuestro universo sea como es. Juanjo y yo no nos conocíamos pero conectamos de inmediato, el uno con el otro y también con las más de cincuenta personas que había en el público. La verdad es que se generó un ambiente muy bonito y fue una entrevista muy especial. Hablamos, por supuesto, del universo y de los neutrinos, pero también de mis comeduras de coco con la realidad, de literatura —porque Juanjo es, además, un excelente escritor— y hasta de nuestras infancias nómadas. Creo sinceramente que todos los que estuvimos allí lo disfrutamos y que salimos un poco más listos y un poco más reconciliados con estos monos con planes que somos.Pero bueno, no me enrollo más y te dejo con lo importante: espero que disfrutes tanto como lo hicimos todos con esta conversación con Juanjo Gómez Cadenas Patrocinador del podcast: Energy 3 de Belevels (Código de descuento: KAIZEN)   ¡Ya están abiertas las inscripciones para la 2ª edición del programa de desarrollo directivo y liderazgo que dirijo en Tramontana! ¿Te interesa? Toda la info aquí: https://www.tramontana.net/desarrollo-directivo-liderazgo¿Te gusta kaizen? Apoya el podcast uniéndote a la Comunidad y accede a contenidos y ventajas exclusivas: https://www.jaimerodriguezdesantiago.com/comunidad-kaizen/

Join Hugh Ross in this breaking News of the Day episode of Stars, Cells, and God. Hugh describes stars at our galaxy's center showing their luminosities are augmented by the annihilation of dark matter particles in their cores. This could be the first direct discovery of dark matter particles. Dark Matter Particles? Dark matter makes up 24.5% of the universe. Neutrinos are the only dark matter particles detected so far and comprise less than 1% of dark matter. Three astronomers produced a mock stellar population the evolves both with and without energy from dark matter particle annihilation. High-mass stars that gain much of their luminosities from dark matter particle annihilation can shine brightly for greater than 10 billion years rather than less than 100 million years. They shine as brightly as young stars, spectroscopically measure to be old, and have lower temperatures. Density of dark matter in our galaxy is extremely high within 1 light year of its supermassive black hole (SMBH). Stars within 1 light year of our galaxy's SMBH have the distinct properties of stars whose luminosities are augmented by dark matter particle annihilation. Observations by 30-meter telescopes will find enough stars within a light year of our galaxy's SMBH to make possible an indisputable detection of dark matter particles. Links & Resources:  Dark Branches of Immortal Stars at the Galactic Center Black Holes as Evidence of God's Care

Daniel and Jorge answer questions from listeners and get stuck in philosophical rabbit holes.See omnystudio.com/listener for privacy information.

EPISODE #999 RELIC NEUTRINOS, COHERENT MATTER AND BIGFOOT Richard speaks with a sociologist/researcher/author who provides a possible scientific explanation for paranormal activity associated with bigfoot sightings. GUEST: Dr. Simeon Hein is the director of the non-profit Institute for Resonance in Boulder, Colorado. The Institute is devoted to the study of subtle-energy sciences including remote viewing, crop circles and related subjects. Dr. Hein has a Ph.D. in sociology and has previously taught research methodology at Washington State University. Dr. Hein first learned remote viewing in 1996 and subsequently became involved in crop circle research. He believes that all crop circles, regardless of their origin, create energetic effects by virtue of their shape and the subtle interaction between humans, plants, and sacred geometry. In addition to assisting with Institute for Resonance crop circle tours he continues to offer online remote viewing classes. Simeon's most recent book is "Black Swan Ghosts: a Sociologist Encounters Witnesses to Unexplained Aerial Craft, Their Occupants, and Other Elements of the Multiverse." WEBSITES: https://simeonhein.com https://darkmattermonsters.com https://mountbaldy.com BOOKS: Black Swan Ghosts: A sociologist encounters witnesses to unexplained aerial craft, their occupants, and other elements of the multiverse Opening Minds: A Journey of Extraordinary Encounters, Crop Circles, and Resonance Planetary Intelligence: 101 Easy Steps to Energy, Well-Being, and Natural Insight Dark Matter Monsters: Cryptids, Ball Lightning, and the Science of Secret Life Forms SUPPORT MY SPONSORS!!! THE WELLNESS COMPANY - Own Your Wellness, Own Your Health, Own Your Freedom The comprehensive Med Kit is meticulously stocked with 8 potentially life saving medicines to address injuries and emergencies. It's your safety net for the unexpected. Visit https://www.twc.health/strangeplanet and secure your Emergency MED Kit. Use CODE STRANGEPLANET to receive 10% off DRAFTKINGS - The Official Sports Betting Partner of the NFL Playoffs New customers can bet just five bucks to get two hundred instantly in bonus bets when they download the DraftKings Sportsbook app and use code STRANGEPLANET COOKUNITY - Award-Winning Chefs. Hundreds of Meals. Delivered weekly. Go to https://www.cookunity.com/strange or enter code Strange before checkout for 50% off your first week. BECOME A PREMIUM SUBSCRIBER!!! Three monthly subscriptions to choose from. Commercial Free Listening, Bonus Episodes and a Subscription to my monthly newsletter, InnerSanctum. Visit https://strangeplanet.supportingcast.fm Use the discount code "Planet" to receive one month off the first subscription. We and our partners use cookies to personalize your experience, to show you ads based on your interests, and for measurement and analytics purposes. By using our website and services, you agree to our use of cookies as described in our Cookie Policy. Learn more about your ad choices. Visit megaphone.fm/adchoices Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://strangeplanet.supportingcast.fm/

News Items: Releasing Fukushima Radioactive Water, Online Gaming and Mental Health, Gradient Nanostructured Steel, Supernova and Neutrinos, Recent Lunar Missions; Who's That Noisy; Your Questions and E-mails: Gender Affirming Care and Regret; Science or Fiction