Podcasts about LIGO

Are all galaxies redshifting away? Neil deGrasse Tyson and comedian Negin Farsad tackle a grab bag of fan questions covering cosmic infrastructure, redshift, werewolves, gravitational waves, and the nature of time itself. NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free. Thanks to our Patrons Alex Nuche, Christian Payne, Gage Ewing, Ryan Whynot, Temirlan, 2 Lives Left, Chad Keeler, Harli Shae Smith, Brad Smith, Norm Bailey, James Peterson, Ryan Coppens, David Whittenberg, Scott Jarboe, Varun Krishnan, Eric Salinas, Mary Seman, Melissa Davis, Stephen Rockwell, Catrina, Max Wilburn, keith Koenigsberg, LEIII, Vincent Loniello, Simon Toth, DoctorWaterGod, Ruthanne Nava, Martineau Alex, Matthew, Phil, Jaden, Arik Drori, Papersneaker, Steven Peeters, Trey Durango, Julianne, Robbie James, Jason Foreman, Liam, Steven Van Vleet, Marilyn, Zakk Why, Ben Wheeldon, Erik Leazure, KONAL SHARMA, Dušan Živanović, Erik Strandberg, berklie novak-stolz, Kazi Mahin Mahfuz, Tim Van Devender, Andrew Martin, Jason F, Charles Joubert, Youcef Kazwiny, Joy Joslyn, Freeman, Jessica, Pat, Phillip Brooks, Michael Hues, Jacqueline Sinclair, Robert Marsh, Botas, Raza Naqvi (Sid), Jake Colón, Christine Bartholomew & Family, Mr Xoot, Dyonté Houston, Daryl, Rob Weiss, Caleb Holmes, Jeffrey Luce, Kellie Owczarczak, and Brandt Reppond for supporting us this week. Subscribe to SiriusXM Podcasts+ to listen to new episodes of StarTalk Radio ad-free and a whole week early.Start a free trial now on Apple Podcasts or by visiting siriusxm.com/podcastsplus. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

-Hace unos años, comenzó a circular la teoría conspiranoica del “Internet -muerto”. Afirma que la red que conocíamos "murió" entre 2016 y 2017, y que actualmente la gran mayoría del contenido, las interacciones y los usuarios no son humanos, sino bots y sistemas de inteligencia artificial diseñados por gobiernos y grandes corporaciones para manipular la opinión pública y, sobre todo, maximizar las ganancias de la publicidad digital. Para conocer qué hay de cierto de esa teoría en la actualidad hemos hablado con Humberto Bustince, catedrático de Ciencias de la Computación e Inteligencia Artificial de la universidad Pública de Navarra. El ejercicio es bueno para el organismo, en su justa medida. José Luís Trejo nos ha contado un reciente estudio que ha descubierto en el cerebro un sistema de seguridad que "nos vuelve torpes" para obligarnos a detener el desgaste físico extremo. Elena Garrido nos ha informado de un método desarrollado por el Instituto de Neurociencias (UMH/CSIC) que combina simulaciones computacionales e inteligencia artificial y reduce en 80% el tiempo necesario para una resonancia magnética. Con testimonios de Silvia De Santis y Maximilian Eggl, autores del estudio. Hemos informado de la publicación de un nuevo catálogo de eventos de ondas gravitacionales por la Colaboración LIGO–Virgo–KAGRA, que eleva a 390 las detectadas hasta la fecha; y de la concesión del Premio Princesa de Girona Investigación 2026 a Rafael Luque, investigador del Instituto de Astrofísica de Andalucía y referente internacional en el estudio de exoplanetas. Con el músico Enric Gavaldà, director de la Orquesta Sinfónica Catalana, hemos hablado de la relación entre música y ciencia, ese vínculo profundo en el que un fenómeno físico y matemático se convierte en una experiencia artística y emocional a través de los sentidos. Con Javier Cacho hemos recordado una de las historias de supervivencia y aislamiento más extremas en la historia moderna, la odisea de dos estadounidenses que en 1995 quedaron atrapados en la isla de Baffin cuando pretendían escalar el Walker Citadel, un acantilado de 1.200 m que se eleva directamente sobre el hielo marino. Escuchar audio

-Hace unos años, comenzó a circular la teoría conspiranoica del “Internet -muerto”. Afirma que la red que conocíamos "murió" entre 2016 y 2017, y que actualmente la gran mayoría del contenido, las interacciones y los usuarios no son humanos, sino bots y sistemas de inteligencia artificial diseñados por gobiernos y grandes corporaciones para manipular la opinión pública y, sobre todo, maximizar las ganancias de la publicidad digital. Para conocer qué hay de cierto de esa teoría en la actualidad hemos hablado con Humberto Bustince, catedrático de Ciencias de la Computación e Inteligencia Artificial de la universidad Pública de Navarra. El ejercicio es bueno para el organismo, en su justa medida. José Luís Trejo nos ha contado un reciente estudio que ha descubierto en el cerebro un sistema de seguridad que "nos vuelve torpes" para obligarnos a detener el desgaste físico extremo. Elena Garrido nos ha informado de un método desarrollado por el Instituto de Neurociencias (UMH/CSIC) que combina simulaciones computacionales e inteligencia artificial y reduce en 80% el tiempo necesario para una resonancia magnética. Con testimonios de Silvia De Santis y Maximilian Eggl, autores del estudio. Hemos informado de la publicación de un nuevo catálogo de eventos de ondas gravitacionales por la Colaboración LIGO–Virgo–KAGRA, que eleva a 390 las detectadas hasta la fecha; y de la concesión del Premio Princesa de Girona Investigación 2026 a Rafael Luque, investigador del Instituto de Astrofísica de Andalucía y referente internacional en el estudio de exoplanetas. Con el músico Enric Gavaldà, director de la Orquesta Sinfónica Catalana, hemos hablado de la relación entre música y ciencia, ese vínculo profundo en el que un fenómeno físico y matemático se convierte en una experiencia artística y emocional a través de los sentidos. Con Javier Cacho hemos recordado una de las historias de supervivencia y aislamiento más extremas en la historia moderna, la odisea de dos estadounidenses que en 1995 quedaron atrapados en la isla de Baffin cuando pretendían escalar el Walker Citadel, un acantilado de 1.200 m que se eleva directamente sobre el hielo marino. Escuchar audio

Sponsor Link:To check out our special NordVPN deal with big savings and 4 extra months free, visit nordvpn.com/spacenutsPrimordial Black Holes, Ultra Hot Jupiters, and a New Moon Crater In this captivating episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson delve into some of the most exciting developments in astronomy. From the intriguing possibility of primordial black holes being linked to dark matter to groundbreaking discoveries about the chemical composition of an ultra hot Jupiter, and the recent formation of a massive crater on the Moon, this episode is packed with cosmic revelations.Episode Highlights:- Primordial Black Holes: Andrew and Fred Watson discuss the recent findings from LIGO that suggest the existence of black holes with masses less than that of the Sun. They explore how these primordial black holes, predicted by Stephen Hawking, could provide new insights into the nature of dark matter and the formation of the universe.- Chemical Analysis of WASP 189B: The hosts examine the exciting discovery that the chemical makeup of the ultra hot Jupiter WASP 189B matches that of its parent star, challenging long-held assumptions about planetary formation and composition. This finding reinforces the connection between stars and their planets, providing vital clues for understanding exoplanetary systems.- New Moon Crater: A recent impact on the Moon has created a stunning new crater measuring 225 metres across. Andrew and Fred Watson discuss the implications of this discovery, including the significance of ongoing lunar observations and the potential for future research into the Moon's geological history.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, Instagram, and more. 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.

Dans l'Univers, certains événements dépassent tout ce que l'on peut imaginer. Collisions de trous noirs, fusions d'étoiles à neutrons, explosions titanesques… ces cataclysmes libèrent une énergie telle qu'ils ne se contentent pas d'émettre de la lumière ou des particules. Ils agissent directement sur la structure même de l'Univers, en provoquant des ondulations dans l'espace-temps que l'on appelle ondes gravitationnelles. Ces phénomènes, prédits par Einstein, nous offrent aujourd'hui une nouvelle manière d'observer le cosmos.Mais que signifie réellement “déformer l'espace-temps” ? Est-ce une simple image ou une réalité physique mesurable ? Dans cette vidéo, on explore comment la masse et l'énergie peuvent courber, étirer et même faire vibrer l'espace et le temps eux-mêmes. Des exemples concrets aux expériences de détection comme LIGO, on comprend peu à peu comment ces déformations se produisent, et surtout dans quelles conditions extrêmes elles deviennent observables.Derrière ces phénomènes se cache une question encore plus profonde : les dimensions de l'espace-temps sont-elles réellement fixes, ou peuvent-elles évoluer, se déformer, voire interagir différemment selon les événements cosmiques ? Entre relativité générale, physique des hautes énergies et hypothèses sur les dimensions supplémentaires, cette vidéo propose une exploration accessible mais rigoureuse d'un Univers bien plus dynamique et mystérieux qu'il n'y paraît.➡️ TELECHARGER SIRIUS : onelink.to/sirius

Pascale SenellartChaire annuelle Innovation technologique Liliane Bettencourt (2025-2026)Collège de FranceAnnée 2025-2026Colloque : Light-based Quantum TechnologiesPascale Senellart, chaire Innovation technologique Liliane BettencourtColloque - Antoine Heidmann : Listening to the Universe with Quantum Light: Quantum technologies for gravitational-wave detectionAntoine HeidmannRésuméGravitational waves have opened a new way of observing the Universe, but their detection relies on laser interferometers operating at the very edge of what quantum physics allows. Quantum light — and in particular squeezed states — has become a key resource for improving detector sensitivity and overcoming quantum noise. This presentation highlights how squeezing and frequency-dependent squeezing are implemented in gravitational wave detectors such as LIGO and Virgo to enhance gravitational wave detection over a broad frequency range, and illustrates how quantum technologies developed for sensing play an essential role in fundamental research.

Señal de LIGO sugiere agujeros negros primordiales y cambia debate sobre materia oscuraPor Félix Riaño @LocutorCoUn hallazgo en ondas gravitacionales podría revelar que la materia oscura está hecha de pequeños agujeros negros.Vamos a hablar de un sonido del universo que no debería existir. Un detector llamado LIGO captó una señal muy extraña: la colisión de un agujero negro más pequeño que nuestro Sol. Eso rompe lo que sabemos. Porque los agujeros negros normales nacen cuando mueren estrellas gigantes, y siempre son más pesados que el Sol.Entonces, aparece una pregunta incómoda: ¿de dónde salió ese objeto? La respuesta podría llevarnos hasta el primer segundo del universo. Algunos científicos creen que ese agujero negro no nació de una estrella, sino directamente del caos del Big Bang. Y si eso es cierto, no estamos ante un simple descubrimiento. Estamos ante una pista que podría explicar qué es la materia oscura, ese “pegamento invisible” que mantiene unidas las galaxias. ¿Y si la mayor parte del universo está hecha de miles de millones de estos pequeños agujeros negros?Vamos a ordenar esta historia desde el principio. Cuando hablamos de agujeros negros, casi siempre pensamos en objetos enormes, formados cuando una estrella muy grande se queda sin energía y colapsa. Esos agujeros negros tienen varias veces la masa del Sol. Esa es la regla conocida.             Pero el detector LIGO registró algo distinto: una onda gravitacional, es decir, una vibración del espacio-tiempo, causada por una colisión. Hasta ahí, normal. El detalle raro está en el tamaño de uno de los objetos. Era más ligero que el Sol. Y eso no encaja con ningún modelo conocido de formación estelar.Entonces entra en juego una idea antigua. En los años setenta, el físico Stephen Hawking propuso que podrían existir agujeros negros formados justo después del Big Bang. No necesitarían estrellas. Nacerían directamente de regiones extremadamente densas del universo primitivo. Estos son los llamados agujeros negros primordiales. Y encajan justo en ese rango de masas pequeñas que LIGO parece haber detectado.Aquí es donde la historia se vuelve más interesante. Porque no estamos hablando solo de un tipo raro de agujero negro. Estamos hablando de la materia oscura, uno de los mayores misterios de la ciencia.La materia oscura representa cerca del 85 % de toda la materia del universo. No emite luz. No se puede ver. Pero sabemos que está ahí porque su gravedad afecta el movimiento de las galaxias. Sin ella, muchas galaxias simplemente se desarmarían.Durante décadas, los científicos han buscado una partícula nueva para explicarla. Se han propuesto ideas como los WIMPs o los axiones. Pero no hay evidencia directa de ninguno.Entonces aparece esta alternativa: ¿y si la materia oscura no es una partícula? ¿Y si son objetos? Miles de millones de pequeños agujeros negros invisibles flotando por el universo.El problema es que nunca se han detectado directamente. Durante más de cincuenta años han sido una hipótesis. Por eso esta señal de LIGO genera tanto ruido en la comunidad científica.Pero hay cautela. Una sola detección no es suficiente. Puede ser un error, una interferencia o algo que todavía no entendemos bien. La ciencia necesita repetir el experimento, encontrar más señales parecidas y confirmar que no es casualidad.                                                Lo interesante es que los científicos ya están buscando más pistas. Y no se están quedando en una sola señal. Han hecho cálculos para estimar cuántos agujeros negros primordiales deberían existir y con qué frecuencia deberían detectarse.El resultado es curioso: encaja con lo que LIGO ha visto hasta ahora. Es decir, estos eventos serían raros. Y eso coincide con los pocos casos detectados.Además, la tecnología va a mejorar. LIGO seguirá aumentando su sensibilidad. Y en el futuro llegará Agencia Espacial Europea con la misión LISA, que será un detector de ondas gravitacionales en el espacio. Eso permitirá escuchar señales diferentes, en otras frecuencias, y ampliar la búsqueda.Si se confirman estos agujeros negros primordiales, el impacto será enorme. La cosmología tendrá que reorganizar sus modelos. Las simulaciones de galaxias cambiarán. Y la búsqueda de partículas de materia oscura podría perder prioridad.Incluso cambiaría nuestra idea del origen del universo. Algunos modelos sugieren que estos agujeros negros podrían venir de una fase anterior al Big Bang, en un universo que colapsó y luego rebotó. Es una idea radical, pero está sobre la mesa.La conclusión es sencilla: este pequeño agujero negro podría ser una pieza clave de un rompecabezas gigante.                                    Hay más piezas en este rompecabezas. Por ejemplo, el telescopio James Webb Space Telescope ha detectado objetos muy extraños en el universo temprano, conocidos como “puntos rojos pequeños”. Son estructuras muy masivas que aparecieron apenas unos cientos de millones de años después del Big Bang.El problema es que no deberían existir tan pronto. No hay tiempo suficiente para que crezcan tanto según los modelos actuales.Una posible explicación es que ya existían semillas desde el inicio. Es decir, agujeros negros primordiales que empezaron con ventaja. Eso ayudaría a entender cómo se formaron los agujeros negros supermasivos tan rápido.También hay teorías aún más atrevidas. Algunos científicos proponen que la materia oscura podría estar formada por agujeros negros que vienen de un universo anterior. En este modelo, el Big Bang no sería el inicio absoluto, sino una transición.Y hay otra línea de investigación: algunos creen que agujeros negros diminutos, al evaporarse en los primeros instantes del universo, pudieron generar condiciones para que la materia dominara sobre la antimateria. Eso explicaría por qué hoy existe todo lo que vemos.Cada una de estas ideas intenta resolver el mismo misterio desde ángulos distintos. Y todas apuntan a lo mismo: los agujeros negros pequeños, casi invisibles, podrían ser mucho más importantes de lo que pensábamos.                        Una señal detectada por LIGO podría indicar la existencia de agujeros negros primordiales. Si se confirma, cambiará nuestra idea de la materia oscura y del origen del universo. Vale la pena seguir este tema y cuestionar lo que creemos saber del cosmos. Escucha más historias como esta en Flash Diario: https://open.spotify.com/show/3hZpVtjGWqgqATmVom54uK?si=2HttGDsxQW6PjeaXKSwI3w            LIGO detectó un agujero negro imposible. Podría explicar la materia oscura y cambiar lo que sabemos del universo.BibliografíaSpaceDaily - Space.com - Science News - University of California Riverside - The ConversationConviértete en un supporter de este podcast: https://www.spreaker.com/podcast/flash-diario-de-el-siglo-21-es-hoy--5835407/support.⚡️

Marica Branchesi"Ascoltare l'universo dal sottosuolo"Biennale Tecnologiawww.biennaletecnologia.itBiennale Tecnologia, TorinoGiovedì 16 aprile 2026, ore 12:00Incontro con Marica Branchesi, Michele Punturo"Ascoltare l'universo dal sottosuolo"https://www.biennaletecnologia.it/evento/ascoltare-luniverso-dal-sottosuolo/Sotto le montagne della Sardegna potrebbe nascere il più grande osservatorio di onde gravitazionali al mondo. Si chiama Einstein Telescope e cambierà il modo in cui esploriamo il cosmo. Marica Branchesi e Michele Punturo raccontano come e perché l'Europa sta costruendo un orecchio puntato sull'universo.Marica Branchesi è Professoressa ordinaria di Astrofisica presso il Gran Sasso Science Institute e membro corrispondente dell'Accademia Nazionale dei Lincei. È membro del Consiglio di Amministrazione dell'Agenzia Spaziale Italiana e ricercatrice associata dell'Istituto Nazionale di Fisica Nucleare e dell'Istituto Nazionale di Astrofisica.È coordinatrice dell'Observational Science Board dell'Einstein Telescope, che sviluppa il programma scientifico del futuro osservatorio di onde gravitazionali di nuova generazione. Ha contribuito alla prima osservazione delle onde gravitazionali nel 2015 e ha avuto un ruolo di primo piano nella nascita dell'astronomia multimessaggera, che combina onde gravitazionali, radiazione elettromagnetica e particelle.Per questo motivo è stata inclusa dalla Nature nella lista annuale delle dieci persone che hanno avuto il maggiore impatto sulla scienza nel 2017 e dalla Time nella lista annuale delle 100 persone più influenti al mondo nel 2018. Nel 2025 è tra i sei vincitori del prestigioso premio europeo di ricerca Into Change European Research Award per la scoperta di come si formano gli elementi pesanti nell'Universo.Einstein Telescopehttps://www.einstein-telescope.it/einstein-telescope/È uno dei principali progetti di ricerca europei con impatto scientifico di livello mondiale, e l'Italia è candidata a ospitarlo in Sardegna nell'area della miniera dismessa di Sos Enattos, nel Nuorese. Si tratta della grande infrastruttura sotterranea per il futuro rivelatore di onde gravitazionali di terza generazione. ET sarà in grado di osservare un volume di universo almeno mille volte maggiore rispetto agli attuali strumenti di seconda generazione, gli interferometri LIGO negli Stati Uniti e Virgo in Italia, le cui collaborazioni scientifiche hanno osservato per la prima volta, nel 2015, le onde gravitazionali, previste cento anni prima da Albert Einstein. La scoperta è stata premiata con il Nobel per la fisica nel 2017.Einstein Telescope si chiama così perché è uno strumento che servirà a “osservare” le onde gravitazionali che arrivano sulla Terra dallo spazio profondo. È dedicato ad Albert Einstein, che per primo ne ipotizzò l'esistenza, come conseguenza della sua teoria della relatività generale. In realtà, ET, più che in osservazione, sarà in ascolto dell'universo, perché le onde gravitazionali è come se fossero la voce, l'eco dei più estremi eventi astrofisici che accadono nel cosmo, come la coalescenza di buchi neri o di stelle di neutroni, o le esplosioni di supernovae.Il progetto ET prevede la costruzione di una grande infrastruttura sotterranea che ospiterà un rivelatore di onde gravitazionali tra i 100 e i 300 metri di profondità per preservarlo in condizioni di “silenzio”, isolandolo dalle vibrazioni prodotte sia dalle onde sismiche, sia dalle attività umane, che costituiscono quello che viene chiamato “rumore”, in quanto fonte di disturbo per le misure che ET dovrà realizzare.L'idea di progetto di ET si fonda sui successi da Nobel di Virgo e LIGO che, grazie alle osservazioni realizzate dal 2015, anno della scoperta delle onde gravitazionali, ad oggi, hanno rivoluzionato il nostro modo di studiare l'universo, aprendo l'era dell'astronomia gravitazionale – lo studio dei corpi celesti e del cosmo attraverso le onde gravitazionali – e dell'astronomia multimessaggera – lo studio dello stesso fenomeno astrofisico attraverso le informazioni provenienti da più messaggeri cosmici: onde gravitazionali, radiazione elettromagnetica, neutrini. Le scoperte sulle onde gravitazionali, di cui l'Italia è stata protagonista grazie all'esperimento Virgo, che si trova allo European Gravitational Observatory (EGO) vicino a Pisa, hanno reso questo settore della ricerca fondamentale uno dei più promettenti.Rispetto agli attuali interferometri, ET osserverà un volume di universo circa mille volte maggiore e, per le prospettive che potrà aprire in termini sia di nuove conoscenze scientifiche, sia di innovazione tecnologica, è ritenuto un progetto di punta a livello internazionale, tanto da essere incluso nella Roadmap di ESFRI 2021 (European Strategy Forum on Research Insfrastructures), l'organismo europeo che indica su quali infrastrutture scientifiche è decisivo investire in Europa, grazie ad una proposta a guida italiana, supportata da Belgio, Paesi Bassi, Polonia e Spagna.Einstein Telescope è un progetto di ricerca fondamentale e dunque la sua missione primaria e prioritaria è di carattere scientifico: il suo obiettivo è la conoscenza, è studiare l'universo con le onde gravitazionali, attraverso la sua storia, ripercorrendola indietro nel tempo fino all'epoca in cui è comparsa la luce, per capirne l'origine, come si è formato ed evoluto e quale sarà il suo futuro.Diventa un supporter di questo podcast: https://www.spreaker.com/podcast/il-posto-delle-parole--1487855/support.IL POSTO DELLE PAROLEascoltare fa pensarehttps://ilpostodelleparole.it/

In this episode, we dive into the ripples of spacetime with a special focus on gravitational waves. Cole and Cormac are joined by a new host, Sanika, who introduces her research in gravitational wave astrophysics and sets the stage for the discussion. Together, they explore the role of neutron star and black hole mergers in producing gravitational waves, how we detect them, and what they reveal about some of the most extreme events in the universe. The conversation highlights major achievements from detectors like LIGO and Virgo, from the first historic detection to the growing catalog of binary mergers. Looking ahead, they discuss the exciting future of the field, including next-generation observatories and space-based missions like LISA. By the end, you'll be tuned into the gravitational vibes shaping modern astrophysics. Fact sheet: https://ligo.org/detections/gw250114-10-years-of-gravitational-wave-astronomy/ Questions? astrosoundbites@gmail.com 

Episode S05E75 — Saturday, 28 March 2026 | astronomydaily.io | @AstroDailyPod  

1910 - La intrigante señal captada por LIGO en 2025 podría ser un agujero negro primordial Premium al 50%: https://www.ivoox.vip/premium?affiliate-code=397358271cac193abb25500d6dffa669 Si va a escribir un comentario, gracias por hacerlo, pero por favor, lea antes las normas de publicación que se encuentran a continuación: (si usted es una persona educada, no tiene que leer las normas). Universo de Misterios tiene reservado el derecho de admisión y publicación de comentarios. Los comentarios son aprobados o rechazados por el departamento de comunicaciones y gestión de comentarios y correos electrónicos de UDM. José Rafael solo lee los comentarios una vez hayan sido publicados. El muro de comentarios de los episodios de UDM en iVoox NO es una red social. No espere que el creador del podcast “debata” con usted. Generalmente, los comentarios anónimos podrían no ser publicados. UDM es un podcast independiente y, por tanto, su contenido expresa el criterio de su autor. La temática general es la Ciencia y el Misterio bien entendido, pero su autor podrá abordar otras temáticas. No está obligado a escuchar UDM, si no le gusta lo que escucha, puede dejar de hacerlo, pero no le diga al autor de lo que debe o no debe hablar en su podcast. No envíe comentarios que contengan falacias lógicas. No de información personal. No espere que su comentario sea respondido necesariamente. Comprenda que se reciben diariamente un elevado número de comentarios que han de ser gestionados, se publiquen o no. Si hace comentarios con afirmaciones dudosas, arguméntelas aportando enlaces a fuentes fiables (recuerde, el muro de Comentarios de los episodios de UDM en iVoox NO es una red social). En caso de no respaldar su comentario como se indica en la caja de descripción del episodio, su comentario podrá no ser publicado. Siguiendo las recomendaciones de la NASA publicadas en el Informe sobre UAP del 13 de septiembre de 2023, en UDM no aprobamos comentarios que contribuyan a extender el estigma que tradicionalmente ha caído sobre los testigos de UAP/OVNIs. Contacto con Universo de Misterios: universodemisteriospodcast@gmail.com En la realización de los episodios de Universo de Misterios puede recurrirse a la ayuda de Inteligencia Artificial como herramienta. Puedes hacerte Fan de Universo de Misterios y apoyarlo económicamente obteniendo acceso a todos los episodios cerrados, sin publicidad, desde 1,99 €. Aunque a algunas personas, a veces, puede proporcionar una falsa sensación de alivio, la ignorancia nunca es deseable. Pero eso, tú ya lo sabes... Escucha el episodio completo en la app de iVoox, o descubre todo el catálogo de iVoox Originals

How do stars die? And what happens when they do? To find out, Dr. Charles Liu and co-host Allen Liu welcome Dr. Ashley Villar, who teaches astronomy at Harvard and whose team studies supernovas as they happen. As always, though, we start off with the day's joyfully cool cosmic thing, the release of a set of new Hubble Space Telescope images of the Crab Nebula and the pulsar at its center. Needless to say, it's a great start to an episode about a team of scientists who actually study the moment a star explodes and the immediate aftermath. Ashley explains how they have been able to use LIGO, the gravitational wave detector, as a sort of early warning detector that twice gave them enough time to set up their instruments to observe the explosion over the next few hours and days as it unfolds. Professor Villar talks about how neutron star mergers and magnetars may be the source of heavy elements like gold and uranium. Or, as Chuck says, “A gold-filled smoke ring puffing off of a highly spinning, highly magnetic neutron star - what a great picture that would be.” Ashley is looking forward to how the Vera Rubin Observatory is going to change the observation of these events. In the process of explaining, Professor Villar answers an audience question from Jamison, who asks how often stars explode in space. It turns out, in our observable universe, there's a supernova every 2 seconds! We currently detect about 10,000 of these explosions every year - Vera Rubin will be able to detect 10,000 of these explosions in just two weeks. In order to get a handle on this flood of data, Dr. Villar and her team will be looking for these exotic physics needles in a haystack using machine learning models to look for patterns and abnormalities and “go fishing.” Charles asks Ashley for her take on AI and whether we should be afraid of it or not.(And yes, take the opportunity to plug co-host Allen Liu's forthcoming book, “The Handy Artificial Intelligence Answer Book.”) Allen and Ashley discuss the difference between how a chatbot like ChatGPT operates and how she trains her models. There was a second part to Jamison's question about exploding stars: Are we in any danger. Dr. Villar explains that when we just look at our Milky Way, supernovas occur only once a century, so we're not in any danger. Next, Jessie asks, “How do we know the universe is infinite?” Our answer is, we don't. That doesn't stop us from discussing it, though, and the conversation takes us to, among other places, the Nazca lines in Peru and the quantum effect that creates iridescent blue butterfly wings. (You can read the scientific research mentioned in the episode here: https://www.nature.com/articles/ncomms8959) We end with a discussion about supernovas, neutrinos, space dust, gamma ray bursts, and what kind of event it would take to interrupt the normal activities of space telescopes like the James Webb Space Telescope or the Vera Rubin and hijack them for a disruptive observation. And we get a book recommendation from Ashley, “Katabasis” by R. F. Kuang, about a grad student who journeys to hell to get a letter of reference from her deceased advisor. If you'd like to know more about what Professor Villar is up to, you can check out her lab's website at http://astrotimelab.com/. We hope you enjoy this episode of The LIUniverse, and, if you do, please support us on Patreon. Credits for Images Used in this Episode: New Hubble mosaic of the Crab Nebula. – Credit: William P. Blair et al 2026 ApJ 997 81 Previous Hubble photo of the Crab Nebula. – Credit: NASA, ESA, J. Hester and A. Loll (Arizona State University) The Vera Rubin Observatory. – Credit: RubinObs/NOIRLab/SLAC/NSF/DOE/AURA/P. Horálek (Institute of Physics in Opava), CC BY 4.0 Nazca line “The Condor”. – Credit: Photo by Roger Canals Blue butterfly wings in an electron microscope. – Credit: Radislav A. Potyrailo et al. Aragonite plates in a shell. – Credit:  Fabian Heinemann SN 1987A (Bright central “star”). – Credit: European Southern Observatory Artist's illustration of Gamma Ray Burst jets. – Credit: International Gemini Observatory/NOIRLab/NSF/AURA/J. da Silva; Image processing: M. Zamani (NSF's NOIRLab) CHAPTERS: 00:00 - Welcome to The LIUniverse 02:14 - Joyfully Cool Cosmic Thing of the Day - Hubble Crab Nebula Images 07:06 - Neutron Star Mergers, Magnetars, and Space Gold 09:18 - How Often Do Stars Explode? 12:35 - Can AI Help Us Find Supernovas? 17:11 - Are We In Danger From Exploding Stars? 19:48 - How Do We Know the Universe Is Infinite? 24:01 - How Does Quantum Physics Impact Color in Butterflies and Supernovas? 31:16 - How to Hijack a Space Telescope

Gravitational Wave observatory LIGO has seen a signature that looks like the merger of primordial (pre-stellar, big bang (not big band!) era) black holes. If confirmed with future observations, this would tell us a lot about the early universe and potentially shed light on dark matter. Finally! Plus, closer to home, the BLOBs in the Earth's mantle help us untangle the complicated past of our magnetic field.

First, we speak to The Indian Express' Soumyarendra Barik about why states like Karnataka and Andhra Pradesh are considering banning social media for children, following the example set by Australia. We look at how such a ban might work in India and what the Centre and tech companies are saying about the proposal.Next, we turn to the escalating conflict involving the United States, Israel and Iran — and why it could threaten India's food security. The Indian Express' Harish Damodaran explains how disruptions in West Asia could affect fertiliser supplies that Indian agriculture depends on. (15:50)And in the end, The Indian Express' Amitabh Sinha explains why the Rs 1,600-crore LIGO-India project in Maharashtra's Hingoli district remains stuck, even though the observatory is meant to be part of the global network detecting gravitational waves predicted by Albert Einstein. (26:30)Hosted by Shashank BhargavaProduced by Shashank Bhargava and Ichha SharmaEdited and mixed by Suresh Pawar

Neste episódio com Calunga, a conversa gira em torno de um princípio simples e radical: você vive no astral que escolhe sintonizar. Ao longo do programa, ele explica como as “correntes astrais” funcionam — faixas de pensamento, emoção e crença que se fortalecem quando várias pessoas alimentam a mesma vibração.Calunga mostra como o chamado “astral de cáritas” — marcado por culpa, sacrifício, medo de Deus, obrigação moral e autonegação — aprisiona a pessoa numa vida de drama e desgaste. Ele provoca o ouvinte a perceber que ninguém está preso à família, à religião ou a um padrão emocional: está preso à sintonia que mantém.O episódio aprofunda temas como sensibilidade, corpo astral, influência energética, afinidade, livre-arbítrio e responsabilidade. A tese central é direta: mudar de vida não começa fora, começa mudando de corrente. Uma conversa forte sobre independência espiritual, escolha consciente e a coragem de sair do papel de “bom demais” para assumir a própria verdade.Com uma vasta biblioteca de cursos e palestras em áudio e vídeo do nosso mestre Luiz Gasparetto, você pode descobrir as leis universais e o poder do autoconhecimento. Acesse agora e comece a sua jornada: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠www.gasparettoplay.com.br

ASTRONOMY DAILY — S05E57 | Saturday 7 March 2026  A landmark week for planetary defence — scientists confirm that NASA's DART impact didn't just move an asteroid's orbit around its companion, it shifted the entire binary system's path around the Sun. Plus: gravitational waves double, a European spacecraft goes silent, a 45-year theory bites the dust, a young Sun caught in the act — and a double planet show in tonight's sky.   In This Episode •       [00:00] Cold Open — Humanity moved a solar orbit •       [02:00] Story 1: DART changed Didymos's orbit around the Sun (Science Advances, March 2026) •       [06:00] Story 2: LIGO-Virgo-KAGRA doubles the gravitational wave catalog with GWTC-4 •       [10:00] Story 3: ESA's Proba-3 Coronagraph spacecraft goes dark — recovery underway •       [13:00] Story 4: Stars keep their rotation pattern for life — 45-year theory overturned (Nature Astronomy) •       [16:30] Story 5: Chandra captures first astrosphere around a Sun-like star •       [19:30] Story 6: Venus and Saturn pair up in tonight's sky — skywatching guide   Connect With Us •       Website & Blog: astronomydaily.io •       Social: @AstroDailyPod •       Network: Bitesz.com Podcast NetworkBecome 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 way... Click HereThis episode includes AI-generated content.

How much energy would it take to make a warp drive? Neil deGrasse Tyson joined by Sasheer Zamata & Pete Holmes explore the science in TV shows from antimatter annihilation to tachyons to warp bubbles with astrophysicist & science advisor for Star Trek, Erin Macdonald, and particle physicist & advisor for The Big Bang Theory and Oppenheimer, David Saltzberg.  NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free. Thanks to our Patrons Kevin Lee, Meeka, Orlando Cruz, Landyn Blankenship, Gargoyleb, Matthew, Alex Anderson, MageLord, Akash Akash, Munch, Moien, Clarence Jones, Julie Harden, Thomas Cruz, Mike Nold, HEY JUDE BACA, Terry Melman, Zerain, Susan S, Jody Minx, Connor Wolanski, Dom, Aaron Alter, Scotty, Rawan Brou, Myrthu, Sean Smith, Roderick Van Nooijen, Clarence Jones, George Knapp, Lev Pickovsky, David, Jonathon Widmer, Keith Kimura, Wayne Terry, James Kovacs, CM Blake, C.M. Blake, Dj001, Don Wishnek, Joshua Leavitt, Aaron Ivey, MaconSTUFF, Siddhartha Krishnamurthy, Todd White, Steven Mc., Roberto Mariano, Curtis, Yan Drugalya, Grey Shirt Guy, Alexander Fish, Ellison Williams, Inara Liepa, Courtney Bui, Andrew Alford, Todd, Niclas Anton, Derek Evans, Elyssiel, Mick Ender, Josh Sroka, Kate Smith, Blake, Timothy Del Orbe, Hans Rikson, The Constant Imagination of John Scavella, Jason Racisz, Amrik Bhogal, Todd Farrell, Benjamin Lopez, Brian McCoy, Justin or Justy, Radu Dumitru, Pitou Devgon, Bradley Martin, Dylan Jones, Fredric Palmér, Odysimus (oh-dis-eh-mus), Arek, Steven Kania, John Swilley, Don Schmalbeck, O. Inha, M, Joseph Beckerman, Alf Ford, Gami Lannin, Kristi Pickens, Remi Verdel, Barry McIntyre, Raphael, David Films, Will T, Saurabh Jakate, Benzell Evans, Adithya Venkat, Hue, Rob, Geo, and Derrick for supporting us this week. Subscribe to SiriusXM Podcasts+ to listen to new episodes of StarTalk Radio ad-free and a whole week early.Start a free trial now on Apple Podcasts or by visiting siriusxm.com/podcastsplus. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

What's more terrifying: finding alien life or finding out we are alone in the universe? Neil deGrasse Tyson and comic co-host Chuck Nice dive into fan questions about optics, religion, communicating with entanglement, and life on Earth after humans. NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here: https://startalkmedia.com/show/cosmic-queries-your-god-is-too-small/Thanks to our Patrons Jules, Kelton Falls, Danielhero 11, Zaubergarden, Danilo Vieira Battistini, Brian Lacroix, Charles Baker, Matthew Krug, Chris A, Sandra Leduc, Rodney Schneider, Sir Sucknoramus, Dominik Zwahlen, Malachi Vanderpuye, Zac, Will Johnson, John DeGrey, ClumsyVirtuose, Holly Sweet, Chuck Montana, Jeffrey Holt, Stephen, Extronox, Jon, Ben Grund, Jona Smith, Christopher Zalenski, Wile E Coyote, Stephen Patterson, Amber Johnson, Cameron Clark, D. L. Brown, Maitreya Save, Samuel, John Blankenship, BridgesNotBurned, Nicholas, Katie Hoen, Mometc, Henry, Rajeev Patel, Neufin, Philip Olafsen, Kiara Barbosa, Justin Lodge, Ayaku, Rodney Long, Feeneydactyl, Holman Coates, John, Stephen Crotts, Scherzmeister, Cengiz Ozmen, Julie Cunningham, Ian, Chris Cutshall, Michael Taylor, Rahul, Ben Cruickshank, Jonathan Schneider, Masego Jacobs, Luis T. Guzmán, Ylian Arien, Kage, Doug Wilson, Kevin Talbot, Kevin Dillane, E. Hughes, BruceWayne, Paul Lopez, Aldo, Michael Sullivan, Gary Seighman, Bill M, Rajah, ScrubGhost, Trung N, Carl Kangas, Andres S., Emrys Roberts, Carson Grover, Marshall McCarty, Aaron Bailey, Allison Wilsmann, Callan Richardson, Elijah Rogers, Ismail Hamzaoui, Barrie Corp, Cezary Rzempoluch, Aaron Rodriquez, Tango66, CPhase595, LilB YT, M Hays, Keith, Rodriguez Rafael, Mary Howe, McGheezer, John Judkins, Jon Hicken, FiapoDM, and Manny for supporting us this week. Subscribe to SiriusXM Podcasts+ to listen to new episodes of StarTalk Radio ad-free and a whole week early.Start a free trial now on Apple Podcasts or by visiting siriusxm.com/podcastsplus. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

How can a helicopter fly in space? How does LIGO detect gravitational waves? How do quantum electronic devices like Josephson junctions work? Could AI turn evil and destroy humanity? What about those grabby aliens? In this episode of Chuck GPT, Dr. Charles Liu and co-host Allen Liu answer audience questions about the technology of astronomy, astrophysics, and the future. To read those questions, we welcome back our executive producer Leslie Mullen, community director Stacey Severn, and intern Eleanor Adams. As always, though, we start off with the day's joyfully cool cosmic thing: the ESA's new Deep Space Antenna in Australia. This fourth antenna in ESA's network will be used to manage communications for their slate of upcoming missions. For our first audience question, Anna asks, “How is it possible that a helicopter can work in space? I heard that NASA launched a helicopter to Mars and is going to send one to Saturn in a few years.” Leslie, who worked at JPL, talks about the Perseverance Rover and its helicopter, Ingenuity. She explains that they're not actually flying in space, but in the atmospheres of a planet or a moon. Even so, the thin atmosphere of Mars (less than 1% of Earth's) created unique problems that don't exist on Earth. Leslie got to interview the inventor of Ingenuity, Bob Balaram, in her JPL podcast episode, “Flying with Ingenuity.” She describes how JPL tested the helicopter here on Earth, and what it was like the moment Ingenuity actually took flight. The team discusses Dragonfly, the helicopter that will be flying on Saturn's moon Titan, and how Titan's thick methane atmosphere creates an entirely different set of engineering problems than Ingenuity faced on Mars. Stacey reads our next question, from Joe: “Gravitational wave detectors like LIGO are said to detect changes in the length of space by less than the width of a proton. But how is that possible, if all the atoms that make up LIGO are so much bigger than protons?” Chuck explains interferometry (the I in LIGO!) and Allen offers a great analogy using a ruler. Eleanor reads a question from TikTok, which Esmeregildo asked in response to our video about Josephson Junctions and the Nobel Prize in Physics: “What is the purpose of the insulating barrier?” Chuck's answer takes us down a quantum tunneling rabbit hole, filled with superconductors, insulators, and quantum computing. Diane asks: “Professor, you say that astronomers have used AI for a long time so you're not afraid of AI. But AI isn't being used by just scientists anymore, and corporations are using AI to make money now rather than to make scientific advances. So should we be afraid of AI today? Could AI turn evil soon and destroy humanity?” Allen, co-author of a soon-to-be published book about AI, offers a mostly hopeful answer, although Chuck compares AI to nuclear power and Leslie brings up real world problems AI is already creating. Our last question from our audience is, “Hi Dr. Liu, I heard you talking about grabby aliens recently. Could you explain the concept a little more? For example, would humans be grabby aliens if we explore space and colonize Mars and we find there's life there? Would we have to destroy grabby aliens right away if we find them, or would we have to hide from them?” It's the perfect way to end this edition of Chuck GPT! We hope you enjoy this episode of The LIUniverse, and, if you do, please support us on Patreon. Image Credits: ESA's first and fourth Deep Space Antennas. Credit: European Space Agency Map showing locations of ESA tracking (Estrack) stations as of 2017. Credit: European Space Agency Video of Perseverance landing on Mars. Credit: NASA/JPL-Caltech Ingenuity on the surface of Mars. Credit: NASA/JPL-Caltech Anatomy of the Mars helicopter Ingenuity. Credit: NASA/JPL-Caltech Ingenuity's Test Chamber. Credit: NASA/JPL-Caltech Ingenuity in the Test Chamber. Credit: NASA/JPL-Caltech Video of Ingenuity altimeter data and the first flight as seen from Perseverance. Credit: NASA/JPL-Caltech Dragonfly space probe concept art. Credit: NASA/Johns Hopkins-APL Titan's thick methane atmosphere gives it a fuzzy yellow look. Credit: NASA/JPL-Caltech/Space Science Institute Tuned Mass Damper used to stabilize buildings during earthquakes. Credit: CC Josephson Junction. Credit: Public Domain Josephson junction array chip developed by the National Institute of Standards & Technology. Credit: Public Domain CHAPTERS 03:08 - Joyfully Cool Cosmic Thing of the Day –New ESA Deep Space Antenna 07:36 - How Can the Ingenuity Helicopter Fly on Mars? 16:26 - How Can the Dragonfly Helicopter Fly on Saturn's Moon Titan? 19:44 - How does LIGO detect gravitational waves? 26:01 - Josephson Junctions, Quantum Tunneling, and Superconductors Explained 36:00 - Could AI Turn Evil Soon and Destroy Humanity? 44:48 - Would Humans Be Grabby Aliens if We Explore Space and Colonize Mars?   #LIUniverse #SciencePodcast #AstronomyPodcast #LIGO #ArtificialIntelligence

On this episode, we explore the hidden cost of overlooking agent experience — and how it impacts your customers.Your contact center agents handle hundreds of customer interactions every week, from routine questions to complex issues. When your agents feel empowered, they resolve problems with creativity and empathy, turning satisfied customers into loyal advocates and ultimately helping you win the moments that matter. When they don't feel empowered, they deliver transactional service, avoid taking initiative and may even start looking for the exit — sabotaging your CX in the process.Join Ken Hughes, keynote speaker, consumer behavioralist and author, and Estuardo "Ligo" Ligorría, regional vice president of operations for the Americas at TELUS Digital, as they reveal what the best CX leaders get right, what it means for them to truly “show up” for their frontline teams, and how to navigate the tension between efficiency and the human connection.Visit our website to learn more about TELUS Digital.

A campanha afirma o direito das mulheres à festa e ao espaço público; reforça que violência não faz parte do Carnaval; e destaca a responsabilidade coletiva no combate ao assédio. As ações estarão presentes em diversos carnavais pelo país e divulgam a Central de Atendimento à Mulher, o Ligue 180Sonora:

Ako experiment LIGO zachytil chvenie menšie než hrúbka atómového jadra? Čo by nám o fyzike veľkého tresku mohli prezradiť primordiálne gravitačné vlny? A ako bude vesmírna anténa LISA v roku 2035 sledovať zrážky supermasívnych čiernych dier? O tom všetkom diskutujú Jozef a Samuel. Podcast vzniká v spolupráci so SME. Samuelova nová kniha už je v predaji https://www.martinus.sk/3600333-limity-poznania/kniha Podcastové hrnčeky a ponožky nájdete na stránke https://vedator.space/vedastore/ Vedátora môžete podporiť cez stránku Patreon https://www.patreon.com/Vedator_sk   Všetko ostatné nájdete tu https://linktr.ee/vedatorsk Vedátorský newsletter http://eepurl.com/gIm1y5

In this episode of SpaceTime, we uncover groundbreaking astronomical events and the latest advancements in space exploration.First Ever Super Kilonova DetectedAstronomers have made a significant discovery with the potential detection of the first ever super kilonova explosion. This extraordinary event, cataloged as AT 2025ULZ, is believed to have been triggered by a double supernova explosion, producing both gravitational waves and electromagnetic radiation. Lead author Manzi Kasliwal from Caltech's Palomar Observatory discusses how this unique phenomenon could reshape our understanding of stellar evolution and the formation of heavy elements in the universe. With only one confirmed kilonova event to date, this new discovery presents an exciting opportunity to explore the complexities of cosmic explosions.Blue Ghost 2 Spacecraft Shake TestFirefly Aerospace's Blue Ghost Mission 2 spacecraft has undergone rigorous shake testing at NASA's Environmental Test Laboratory. This critical assessment simulates the intense vibrations and acoustics experienced during launch, ensuring the spacecraft can withstand the harsh conditions of a rocket ascent. JPL engineer Michael Williams explains the importance of these tests in preparing spacecraft for successful missions, as the Blue Ghost 2 aims to deliver multiple payloads to the lunar far side next year.Shenzhou 20 Capsule Returns SafelyChina's Shenzhou 20 spacecraft has successfully completed an unmanned return to Earth after sustaining damage from space debris. Initially intended to bring a crew of Tigernauts back home, mission managers opted for a safe return without the crew due to concerns over a crack in the capsule's viewport. This decision highlights the importance of safety in space missions, while also providing valuable data for future flights.www.spacetimewithstuartgary.com✍️ Episode ReferencesAstrophysical Journal LettersNASA ReportsNature CommunicationsBecome a supporter of this podcast: https://www.spreaker.com/podcast/spacetime-your-guide-to-space-astronomy--2458531/support.(00:00:00) This is Space Time Series 28, Episode 152 for broadcast on 26 December 2025(00:00:47) Astronomers detect what could be the first ever super kilonova explosion(00:15:30) Firefly Aerospace's Blue Ghost 2 spacecraft undergoes shake testing at NASA's JPL(00:20:10) China's Shenzhou 20 capsule returns safely to Earth after damage from space debris(00:25:00) New study reveals the benefits of swearing during physical exertion

Pred poslankami in poslanci je danes tretja obravnava zakonodajnega svežnja reforme pravosodja. V zakonodajnem postopku je najbolj razburila novela o sodnem svetu. Z nekaterimi dopolnili naj bi okrnili njegovo neodvisnost, zato je sodni svet napovedal ustavno presojo. Nekaj drugih poudarkov oddaje: - ZDA in Rusija naj bi pripravljale nov mirovni načrt brez sodelovanja Ukrajine - Začenja se graditev zaščitnih objektov v zaledju Koroške Bele, ki jo ogroža zemeljski plaz - Odbojkarji ACH Volleyja le še korak do uvrstitve v Ligo prvakov

Tako imenovani Šutarjev zakon z obravnavo na pristojnem odboru danes začenja parlamentarno pot. Kot poudarja vlada, prinaša ukrepe za zagotavljanje varnosti. Strokovnjaki z različnih področij in nevladne organizacije opozarjajo, da je bil pripravljen preveč na hitro, brez strokovne razprave, zato da so nekatere določbe ustavno sporne, celota pa da vodi v represijo. Podpora zakonu v parlamentu je zagotovljena. Drugi poudarki oddaje: - Prvi teden podnebnih pogajanj v Braziliji je prinesel razprave o novih zavezah in iskanju financ za države v razvoju. Nekatere dogovore so že dosegli, a glavnina pogajanj pogajalce še čaka. - Ob dnevu slovenskega znakovnega jezika se vrstijo opozorila o še vedno omejenem dostopu gluhih do informacij. Zveza društev gluhih in naglušnih poziva k izvajanju zapisanega v ustavo. - Odbojkarji ACH Volleyja so po dramatičnem koncu tekme za uvrstitev v Ligo prvakov napredovali v zadnji krog kvalifikacij. V Tivoliju so premagali Dinamo iz Bukarešte s 3: 1.

In this episode of SpaceTime, we dive into groundbreaking astronomical discoveries that challenge our understanding of the universe.The Most Massive Stellar Black Hole Merger Ever ObservedAstronomers have detected the most massive stellar black hole merger to date, cataloged as GW23 1123, which resulted in a black hole with a staggering mass of 225 times that of our Sun. This episode discusses the implications of this merger, observed by the LIGO Virgo Collaboration, and how it pushes the boundaries of current theories on black hole formation. The rapid spinning of the resulting black hole raises intriguing questions about the processes that lead to such massive objects in the cosmos.Unraveling the Mystery of Dark MatterCan radio telescopes and NASA's IMAP mission provide answers to the enigma of dark matter? New research suggests that during the cosmic dark ages, dark matter clumped together, pulling in hydrogen gas that emitted powerful radio waves. This segment explores how these signals could potentially illuminate the properties of dark matter, which remains one of the biggest mysteries in astrophysics.Navigating the Heliosphere with IMAPNASA's Interstellar Mapping and Acceleration Probe (IMAP) is on a mission to study the heliosphere, the protective bubble created by the solar wind. As it travels towards its operational position, IMAP will provide unprecedented insights into the interactions between the solar wind and interstellar space, enhancing our understanding of space weather and its effects on our planet and future space exploration.www.spacetimewithstuartgary.com✍️ Episode ReferencesNature Astronomyhttps://www.nature.com/natureastronomy/Proceedings of the National Academy of Scienceshttps://www.pnas.org/Become a supporter of this podcast: https://www.spreaker.com/podcast/spacetime-your-guide-to-space-astronomy--2458531/support.The Most Massive Stellar Black Hole Merger Ever ObservedUnraveling the Mystery of Dark MatterNavigating the Heliosphere with IMAP

How do very small galaxies form? What's going on inside them? And what happens when black holes collide? To find out, Dr. Charles Liu and co-host Allen Liu welcome astrophysicist and “Galaxy Detective” Dr. Charlotte Olsen from New York City College of Technology – and you can call her Chuck, too! As always, though, we start off with the day's joyfully cool cosmic thing, the latest announcement from LIGO about the detection of a gravitational wave event in 2023 from the loudest collision we've heard so far. In this case, the wave was caused by the collision of two black holes that created one new black hole about 60x the mass of our Sun and released an entire sun's worth of energy. Charlotte explains why there are many black hole collisions going on, and how LIGO detections are now being combined with data from other gravitational wave detectors to give us more precise measurements. You'll also hear about Active Galactic Nuclei (AGNs) and their negative impact on Charlotte's research. Charlotte talks about what she looks for in her research, and why it all comes down to “wanting to see more photons” to better validate her modeling. Our first question from the audience comes from Joe, who asks, “What does it mean for the Milky Way to have a bar? Why does it have a bar? And how can such a long bar form?” It turns out that many spiral galaxies like ours have bars, and Charlotte explains a little about bar structure. She brings up the current debate about the stability of these bars, and points out that they actually come in slightly different configurations and that star formation at the ends of the bar has an impact, too. Unlike previous thinking, these bars can develop earlier in galactic evolution and can last a very long time. In other words, as Charlotte puts it, “The bar is always open.” Next, Chuck asks what got Charlotte into astronomy. She describes the inspiration she drew from both the dark skies of Northern California, where she grew up, and from the science fiction she read. She shares a few of her “million and one jobs” she did, including her stint as a bassist in a band. That tees up our next audience question, from Shivani, who asks, “How do you mix music and science? I can't decide if I want to be a scientist or a musician someday – can I be both?” Yes, Charlotte says, and explains why doing both might actually be better. She talks about the value of music, and passion, and hobbies that are more than just hobbies, as well as some of the live music she's been seeing in Brooklyn, Long Island and Queens. Finally, Chuck asks Charlotte about the current passion project she's working on. She tells us how she's looking at a handful of galaxies in multiple wavelengths and comparing them to each other to figure out “what's going on under the hood.” If you'd like to know more about Charlotte, you can connect with her on Bluesky at @charlotteeureka.bsky.social or on her GitHub page charlotteolsen.github.io. We hope you enjoy this episode of The LIUniverse, and, if you do, please support us on Patreon.   Credits for Images Used in this Episode: Visualization of a binary black hole merger consistent with the gravitational-wave event called GW250114. (Note: this is to illustrate the collision of 2 black holes and the subsequent gravity waves generally, it is not specific to the GW230814 event Chuck mentions in the episode) – Credit: H. Pfeiffer, A. Buonanno (Max Planck Institute for Gravitational Physics), K. Mitman (Cornell University) Animation of an active galactic nucleus. – Credit: NASA, ESA, and the Hubble SM4 ERO Team. Hubble Space Telescope image barred galaxy NGC 1300. – Credit: NASA, ESA, and The Hubble Heritage Team STScI/AURA Data from NASA's Wide-field Infrared Survey Explorer (WISE) used to trace the shape of the Milky Way's spiral arms. – Credit: NASA/JPL-Caltech #liuniverse #charlesliu #allenliu #sciencepodcast #astronomypodcast #charlotteolsen #blackholes #ligo #gravitationalwave #blackholecollisions #activegalacticnuclei #agns #milkyway #spiralgalaxies #barredgalaxies

La tertulia semanal en la que repasamos las últimas noticias de la actualidad científica. En el episodio de hoy: Cara B: -La forma de las estalagmitas (Continuación) (00:00) -Aprendizaje multiespectral de Google Deepmind (09:00) -Entrelazamiento cuántico en la gravedad vs gravitación cuántica (39:00) -Absorción de gravitones por fotones en LIGO (1:11:00) -Halloween en el planetario (1:17:00) -Señales de los oyentes (1:34:00) Este episodio es continuación de la Cara A. Contertulios: Cecilia Garraffo, Juan Carlos Gil, Borja Tosar,. Imagen de portada realizada con Seedream 4 4k. Todos los comentarios vertidos durante la tertulia representan únicamente la opinión de quien los hace... y a veces ni eso

Second Generation Black Holes Discovered: Astronomers have made a groundbreaking discovery with the detection of second generation black holes, providing evidence for hierarchical mergers. The LIGO Virgo Kagra collaboration identified two gravitational wave events, revealing unexpected characteristics that suggest a complex history of cosmic collisions.Young Astronomer Makes Asteroid Discoveries: Meet Stuart Patel, a 12-year-old from Andrew, who has potentially discovered two new asteroids through a citizen science program. His keen eye and passion for astronomy remind us that anyone can contribute to the field, regardless of age or experience.Mapping the Universe's Structure: A team from the University of Chicago has successfully cataloged galaxy clusters, the most massive structures in the universe, using data from the Dark Energy Survey. Their findings align with the Lambda CDM model, providing crucial insights into the distribution of dark matter and dark energy.Interstellar Comet 3I ATLAS: The interstellar comet 3I ATLAS is currently passing through our solar system, displaying typical comet features. Observations from both professional and amateur astronomers are set to reveal more about its origins and the protoplanetary disk from which it came.ESA's Lunar Lander Argonaut: The European Space Agency has introduced its new lunar lander, Argonaut, designed for sustainable lunar exploration. With the ability to survive the harsh lunar night and deliver significant payloads, Argonaut represents a key step towards a permanent human presence on the Moon.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 ReferencesSecond Generation Black Holes Discovery[LIGO](https://www.ligo.caltech.edu/)Stuart Patel's Asteroid Discoveries[International Astronomical Search Collaboration](https://www.asteroidclub.org/)Galaxy Clusters Mapping[University of Chicago](https://www.uchicago.edu/)Interstellar Comet 3I ATLAS[NASA](https://www.nasa.gov/)ESA Argonaut Lunar Lander[European Space Agency](https://www.esa.int/)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!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 way... Click Here

Design is a problem solving discipline. We research user needs, explore solutions, make things, and ship them. But one important stakeholder is often missing from the conversation: the world we live in. What toll do the products we design impose upon the environment? Sustainability is an essential part of the discipline of design, but not understood by designers. If only we had a manual to get us up to speed. This is a preview of a paid episode. Access the full episode on our Substack: https://designbetterpodcast.com/p/jeremy-faludi Our guest today, Jeremy Faludi, has spent a lot of time researching, writing, and thinking about environmental impact and design. He's a researcher and author of Sustainable Design: From Vision to Action. Jeremy has spent decades helping companies move beyond good intentions to evidence-based decisions—from working with Stanley Black & Decker to pioneering biomaterial 3D printing at Delft University of Technology. How much power do you think large language models use? The answer is surprising. We explore why a hairdryer company wasted nine months of engineering time on plastic reductions, how systems thinking reveals the true environmental impact of our designs, and the materials research going into sustainable 3D printing. Bio Jeremy Faludi is an assistant professor of Design for Sustainability at TU Delft's Faculty of Industrial Design Engineering, where he focuses on sustainable design methods and additive manufacturing. He created the Whole System Mapping method and in 2004 designed the Biomimicry Institute's first online database, now known as AskNature.org. His work spans from practical design—including a bicycle featured in the Smithsonian Cooper-Hewitt Design Museum's 2007 “Design for the Other 90%” exhibit—to developing tools for life cycle assessment, product reparability, and health hazard assessment. In green 3D printing, he's a leading voice, having written the OECD's policy recommendations and the Additive Manufacturer Green Trade Association's first white paper, along with publishing the industry's most comprehensive life cycle assessments. Originally trained as a physicist (he helped improve LIGO's vibration damping system to pay for design school), Jeremy worked as a sustainable designer in industry for fifteen years before returning to academia. He's taught at Stanford, Dartmouth, and Minneapolis College of Art and Design, and has contributed to six books on sustainable design, including Worldchanging: A User's Guide for the 21st Century. He's also created multiple online courses for organizations like VentureWell, the Cradle to Cradle Product Innovation Institute, and Autodesk. In 2012, he created StreetNatureScore.com, which used 11 billion satellite imagery datapoints to provide nature scores for any US address. *** Premium Episodes on Design Better This is a premium episode on Design Better. We release two premium episodes per month, along with two free episodes for everyone. Premium subscribers also get access to the documentary Design Disruptors and our growing library of books: You'll also get access to our monthly AMAs with former guests, ad-free episodes, discounts and early access to workshops, and our monthly newsletter The Brief that compiles salient insights, quotes, readings, and creative processes uncovered in the show. And subscribers at the annual level now get access to the Design Better Toolkit, which gets you major discounts and free access to tools and courses that will help you unlock new skills, make your workflow more efficient, and take your creativity further. Upgrade to paid

It's World Space Week, and we're fueling up the rocket for a tour of some missions and projects that could provide insights into major space mysteries. Astrophysicist Hakeem Oluseyi joins Host Flora Lichtman to celebrate the wonders of space science, from the recently launched IMAP, which will study the solar environment, to the new Vera Rubin Observatory, and big physics projects like LIGO. Plus, the latest in climate tech: MIT Technology Review has published its annual list of climate tech companies that show great promise in work ranging from producing sodium ion batteries to recycling rare earth magnets. Host Ira Flatow talks with climate reporter Casey Crownhart about trends in climate tech and what companies she's excited about.Guests: Dr. Hakeem Oluseyi is an astrophysicist and author of the upcoming book, Why Do We Exist? The Nine Realms of the Universe That Make You Possible, and host of the video podcast “Particles of Thought.”Casey Crownhart is a senior climate reporter for MIT Technology Review based in New York City.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Een nieuw #Nerdland maandoverzicht! Met deze maand: Dinogeluiden! Lieven in de USA! Ignobelprijzen! Neptermieten! Spiercheaten! Website op een vape! En veel meer... Shownotes: https://podcast.nerdland.be/nerdland-maandoverzicht-oktober-2025/ Gepresenteerd door Lieven Scheire met Peter Berx, Jeroen Baert, Els Aerts, Bart van Peer en Kurt Beheydt. Opname, montage en mastering door Jens Paeyeneers en Els Aerts. (00:00:00) Intro (00:01:42) Lieven, Hetty en Els waren op bezoek bij Ötzi (00:03:28) Inhoud onderzocht van 30.000 jaar oude “gereedschapskist” rugzak (00:04:47) Is er leven gevonden op Mars? (00:09:02) Dwergplaneet Ceres was ooit bewoonbaar (00:10:50) Man sleurt robot rond aan een ketting (demo Any2track) (00:15:02) Nieuwe Unitree robot hond A2 stellar explorer heeft waanzinnig goed evenwicht, en kan een mens dragen (00:17:09) “Wat is een diersoort”? De ene mierensoort baart een andere… (00:26:12) Dinogeluiden nabootsen met 3D prints (00:35:19) **Inca death wistle** (00:36:52) Hoe is het nog met 3I/ATLAS (00:45:13) Nieuwe AI hack: verborgen prompts in foto's (00:52:59) Einsteintelescoop: België zet de ambities kracht bij (00:57:44) DeepMind ontwikkelt AI om LIGO te helpen bij zwaartekrachtsgolvendetectie (01:03:13) Ook podcast over ET: “ET voor de vrienden”, met Bert Verknocke (01:03:50) SILICON VALLEY NEWS (01:04:04) Lieven was in Silicon Valley (01:16:39) Familie meldt dat een Waymo-taxi doelloos rondhangt bij hun huis (01:18:43) Meta lanceert smart glasses en het demoduiveltje stuurt alles in de war (01:27:51) Mark Zuckerberg klaagt Mark Zuckerberg aan omdat hij van Facebook gesmeten wordt. (dat is wel heel erg Meta) (01:30:39) Eerste testen met Hardt Hyperloop in Rotterdam, 700 km/u (01:34:11) Ignobelprijzen (01:42:00) Extreme mimicry: kever draagt neptermiet op de rug (01:45:54) Gamer bouwt aim assist die rechtstreeks op zijn spieren werkt (01:51:38) “Bogdan The Geek” host een website op een wegwerpvape (01:54:16) Hoe moet je iemand reanimeren in de ruimte? (02:00:29) Esdoornmotten gebruiken disco-gen om dag/nacht ritme te regelen (02:05:45) Nieuwe studie Stanford toont alweer gezondheidsrisico's uurwissel aan (02:08:59) AI nieuws (02:09:18) Geoffrey Hinton zijn lief maakt het af via ChatGPT (02:10:01) ASML steekt 1,3 miljard euro in Mistral (02:12:15) Idiote stunt in Shangai: robot ingeschreven als PhD student (02:13:42) Idiote stunt in Albanië: ai benoemd tot minister (02:16:29) RECALLS (02:17:15) Leuke wetenschappelijke pubquiz van New Scientist (02:17:57) Emilie De Clerck is allergisch geworden voor vlees door een tekenbeet in België! Ze kan wel nog smalneusapen eten, zoals bavianen of mensen (02:19:26) Het is niet Peter Treurlings, maar Peter Teurlings van Tech United (02:19:47) Technopolis doet twee avonden open alleen voor volwassenen: 17 oktober en 6 maart. Night@Technopolis (02:23:41) ZELFPROMO (02:29:25) SPONSOR TUC RAIL

Adaptive optics techniques get applied to the mirrors in the LIGO gravitational wave observatory, promising a five-fold or greater improvement in sensitivity to gravitational waves from colliding black holes across the universe. And right here in our backyard, a suspicious sub-surface crater-like feature gets a new look that appears to confirm its extraterrestrial origin. Join us for space news, trivia, and more.

In response to our programme celebrating 10 years since the first detection of gravitational waves, listeners got in touch with fascinating questions. Here, James Tytko takes on a couple, with help from Ben Allanach, Professor of Theoretical Physics at the University of Cambridge... Like this podcast? Please help us by supporting the Naked Scientists

Everybody loves the underdog. American Motors, with cars like Rambler, Matador, Gremlin, Jeep, and Pacer, was certainly a loveable underdog. I continue my discussion with Joe Ligo, Emmy award winning television producer and creator of the documentary series, “The Last Independent Automaker”. Joe and I talk about a hypothetical alternate history where AMC is still in business, and ponder what sort of cars they'd make in the modern era.lastindependentauto.comGet your GPS tracker now and protect your car! Use Promo code AUTOADHD15 for 15% off, in addition to another 35% off an annual subscription: spytec.com

American Motors Corporation has a fascinating history. With cars like the Rambler, Matador, Gremlin, Jeep, and Pacer, AMC had an unusual way of doing things. I interview Joe Ligo, Emmy award winning television producer and documentary filmmaker about his fantastic series, “The Last Independent Automaker” airing on TV and streaming. Joe and I discuss the ups and downs of AMC, as well as his commitment to prevent the automaker's story from being lost to time.lastindependentauto.comGet your GPS tracker now and protect your car! Use Promo code AUTOADHD15 for 15% off, in addition to another 35% off an annual subscription: spytec.com

In this episode of SparX, Mukesh Bansal speaks with Rana Adhikari, experimental physicist at Caltech and leading voice in gravitational-wave research. From doubting Einstein as a student to helping build the LIGO detectors that confirmed his theories, Rana has been honoured with the Breakthrough Prize, Gruber Prize, and the New Horizons in Physics Prize.They dive into:What gravitational waves really are, and how LIGO measures distortions smaller than an atom.The story behind LIGO's breakthrough detections which is now catching 2–3 black hole mergers every week.Why LIGO-India, now approved and funded, could be the world's most precise detector and even test Einstein's theory of relativity itself.The cutting-edge role of quantum entanglement and AI in pushing measurement beyond classical limits.Building a thriving science ecosystem in India focused on mentorship, risk-taking, and the path to future Nobel Prizes.Rana also shares his personal journey from tinkering as an auto mechanic in Florida, to becoming one of the world's foremost experimental physicists, and now working closely with India to bring world-class science infrastructure to life.If you're curious about black holes, the true nature of reality, or India's chance to lead in fundamental science, this conversation is a must-watch.

What the if gravitational waves were big enough to see and feel? Instead of measuring distortions smaller than a proton, imagine watching your coffee table accordion in and out as ripples from distant black hole collisions pass through your local cafe. Every time Charlie the cat bats a toy mouse in Greenwich Village, sugar cubes scrunch in Williamsburg cafes. Brain surgeons would need to ask all of New York to sit perfectly still during operations to avoid gravitational interference. Even parking lots would seem impossibly far away one moment and right next to you the next as space itself stretches and compresses. From squirrels disrupting billion-dollar physics experiments to the strange world of noise-canceling gravity waves, discover why LIGO's incredible ability to detect universe-shaking events that distort space by one ten-thousandth the width of a proton might actually be humanity's most impressive scientific achievement. Based on "Happy Birthday, LIGO. Now Drop Dead." by Dennis Overby, published in The New York Times on September 10, 2025: https://www.nytimes.com/2025/09/10/science/gravitational-waves-ligo-black-holes.html?unlocked_article_code=1.nE8.QM2f.ag_83DD_kR8e&smid=url-share Learn More: "Gravity's Kiss: The Detection of Gravitational Waves" - https://mitpress.mit.edu/9780262535120/gravitys-kiss/ Matt mentioned sociologist Harry Collins' nearly 900-page masterpiece about gravity wave detection as the first book he ever reviewed; find this comprehensive account of one of science's most remarkable discoveries written by someone embedded in the gravitational wave community for over 40 years. Professor Tiffany Nichols - https://cssh.northeastern.edu/faculty/tiffany-nichols/ Matt recommended his friend Tiffany's dissertation (soon to be a book) about how LIGO chose their detection sites; explore her research on the epic story of selecting locations for these mile-long instruments and how surrounding environments become part of the scientific process. What are Gravitational Waves - https://www.ligo.caltech.edu/page/what-are-gw Learn about the ripples in space-time that we imagined making visible in our thought experiment, including how these waves from colliding black holes create distortions 10,000 times smaller than an atomic nucleus. What is LIGO - https://www.ligo.caltech.edu/page/what-is-ligo Discover how this unique observatory uses 4-kilometer-long laser interferometers to detect the universe's most violent events, from the instrument that Matt described as humanity's most sensitive measurement device. --- Find out more about Gaby's science fiction short story! Here are the links for the anthology. The physical copy can be ordered here : https://www.neonhemlock.com/books/luminescent-machinations-queer-tales-of-monumental-invention The ebook can be ordered here: https://www.neonhemlock.com/ebooks/luminescent-machinations-queer-tales-of-monumental-invention

Gravitational waves show two black holes merge just how Hawking predicted. Plus, a space mission without a target. And a Space probe without a confirmed budget.In January 2025 the LIGO gravitational wave observatories witnessed two distant black holes spinning into each other. In the ten years of LIGO's operations, that's not a first. But the instruments have been improved to such an extent that this time some very important predictions of General Relativity and out understanding of black holes could be tested. As Birmingham University's Alberto Vecchio says, the elegant simplicity of the mathematics of black holes has passed a test, in particular Stephen Hawking's prediction that the surface area of merging black holes can only be increased.Space craft have met comets before. But because spaceflight takes so long to plan and fund, we've only sent them to comets with human-lifetime orbital periods so far, because we know when they're arriving. ESA wants to meet one we've never seen before, one that has never or seldom been in close to the sun, and never been barbecued and seared by the radiation. Colin Snodgrass of the University of Edinburgh explains the plan to launch and park a comet chaser in space to wait for one of these elusive extraterrestrial objects to come in from the cold.That, says Meg Schwamb of Queen's University Belfast, is going to be much easier in the next few years as the Vera Rubin Telescope begins its ten year survey cataloguing anything in the sky that changes. The type of sky survey it will provide will identify, it is hoped, many candidate first-time comets for the small fleet of spacecraft to intercept.Having a spacecraft ready in position rather than having to launch a new one anytime you want to do some science is a good place to be, one would think.NASA's Juno mission has been delivering science from Jupiter since its launch, and is still functioning and able to deliver more. Yet NASA funds are under considerable threat, and as Scott Bolton tells Roland, at the end of this month Juno could be left slowly spiralling into the gas giant, silently collecting data but with no budget to keep the science going.Presenter: Roland Pease Producer: Alex Mansfield Production Coordinator: Jana Bennett-Holesworth

To celebrate 10 years since they were first detected, we're examining gravitational waves. What are they? And how do we find them? Like this podcast? Please help us by supporting the Naked Scientists

Lo que se sabe del atacante que disparó y mató a Charlie Kirk.¿Quién era Charlie Kirk?Líder Naasón Joaquín García, enfrenta nueva acusación.La corte elimina restricciones a detenciones migratorias en L.A.Ponte al día con lo mejor de ‘La Edición Digital del Noticiero Univision' con Carolina Sarassa y Borja Voces.

10 years ago we first saw gravitational waves — what we've seen sinceIn September 2015, LIGO—or Laser Interferometer Gravitational-Wave Observatory—captured the ripples in spacetime produced by the cataclysmic merger of two black holes, from over a billion light years away. This discovery confirmed Einstein's hypothesis about gravitational waves and gave astronomers a new way to explore the cosmos. In the decade since, LIGO's scientific team, including physicist Nergis Mavalvala, has been busy, including new results announced this week confirming a 50-year-old prediction by Stephen Hawking about how black holes merge. Mavalvala is the dean of the school of science and the Curtis and Kathleen Marble Professor of Physics at the Massachusetts Institute of Technology. The latest discovery was reported in the journal Physical Review Letters.What wild killer whales sharing food with humans says about their intelligenceAfter an experience of being offered a recently killed seabird by an Orca, cetologist Jared Towers decided to document other instances of killer whales approaching humans to share a snack. Towers, the executive director of the marine research nonprofit Bay Cetology, found dozens of examples of this behaviour. It's a perhaps unique example of a wild creature sharing food with humans for its own diversion and curiosity. The research was published in the Journal of Comparative Psychology.Sweat science — This research really was 90% perspirationWhile the biology of perspiration is relatively well understood, the physical process by which water excreted from our skin cools us is not. This motivated engineer Konrad Rykaczewski to strap himself into a specialized full-body, tube-filled suit to observe how water emerges from sweat glands over the skin. Rykaczewski, a thermal and materials engineer at Arizona State University, found that sweat rises out of sweat glands in pools, eventually spilling out and soaking the top layer of the skin. The research was published in the Journal of the Royal Society Interface.What came first, the tomato or the potato?As it turns out, the potato came from the tomato. By tracking their genetic lineage, an international team of researchers, including University of British Columbia botanist Loren Rieseberg, have found that the noble potato actually resulted from the tomato naturally cross-breeding with another unrelated species, more than eight million years ago. The research was published in the journal Cell.Bringing science education to the incarceratedWe speak with a scientist who spent much of his summer working in Canadian prisons doing brief, but intense, science education courses. Phil Heron created the Think Like a Scientist program to teach critical thinking skills to those who may have had negative experiences with education. He believes that the scientific method will help people understand how failure in life, as in science, can be a pathway to success.We spoke to:Phil Heron, assistant professor at the University of Toronto, Scarborough campus, in the department of physical and environmental sciences and founder of the Think Like a Scientist program.Dalton Harrison, founder of Standfast Productions and former program participant finishing a masters degree in criminal justice and criminology.Phoenix Griffin, university student in criminal justice and criminology and former program participant.Jamie Williams, a director with Spectrum First Education and a co-facilitator of Think Like a Scientist.

Imaginer que l'espace-temps — ce tissu invisible qui structure l'univers — puisse onduler comme une mer agitée, c'est déjà vertigineux. Mais tenter de « voir » ces ondulations à des milliards de kilomètres, c'est l'objectif extraordinaire de la mission LISA (Laser Interferometer Space Antenna), un projet spatial ambitieux de l'Agence spatiale européenne (ESA), en collaboration avec la NASA, prévu pour un lancement vers 2035.Mais que cherche-t-on à observer exactement ? Et pourquoi parle-t-on d'un pari scientifique presque insensé ?Pour le comprendre, il faut revenir à Albert Einstein. En 1916, dans sa théorie de la relativité générale, il prédit que des événements cosmiques extrêmement violents — comme la fusion de trous noirs ou l'explosion d'étoiles massives — provoquent des ondes gravitationnelles. Ces ondes sont des déformations de l'espace-temps, voyageant à la vitesse de la lumière, un peu comme des rides sur l'eau.Ces ondes ont été détectées pour la première fois en 2015 par les détecteurs LIGO et Virgo, installés sur Terre. Mais leur sensibilité reste limitée. Elles captent surtout des signaux « courts » et très puissants. Pour aller plus loin, pour capter les ondes gravitationnelles les plus basses fréquences, les plus longues et les plus anciennes — celles qui pourraient révéler la formation des galaxies ou les premiers instants de l'univers — il faut sortir de la Terre. D'où LISA.La mission LISA sera composée de trois satellites positionnés en triangle, séparés de 2,5 millions de kilomètres, qui flotteront dans l'espace en suivant l'orbite terrestre autour du Soleil. Ces satellites seront reliés par des faisceaux laser ultra-précis, capables de mesurer des variations de distance de l'ordre du milliardième de millimètre. Si une onde gravitationnelle traverse ce triangle, elle déformera très légèrement l'espace entre les satellites. Cette infime variation sera détectée grâce aux interférences des lasers.C'est là que le pari devient vertigineux : LISA ne « voit » rien au sens classique, elle mesure des distorsions minuscules dans un vide spatial, provoquées par des événements cosmiques survenus parfois il y a des milliards d'années. Un exploit technologique et scientifique, qui demande une stabilité extrême, une précision au-delà de tout ce que l'humanité a construit jusque-là dans l'espace.LISA, c'est donc bien plus qu'un télescope : c'est une oreille cosmique, tendue dans le silence spatial pour écouter les battements les plus profonds de l'univers. Et si elle réussit, elle nous offrira une nouvelle façon de faire de l'astronomie, non plus en observant la lumière, mais en sentant les vibrations de l'espace-temps lui-même. Une révolution silencieuse… mais bouleversante. Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.

Send us a textIn this episode, Rodney Pierce and Landon Robinson of Ligo Sports  explore how AI is reshaping the recruiting landscape. Instead of giving quick answers, they dive into big ideas—tracking stats, creating “power numbers” to rank athletes, improving equity in recruiting, building detailed athlete profiles, and sparking early communication between athletes and coaches. This conversation pulls back the curtain on where recruiting might be headed and how technology could change the game for the next generation of athletes.https://youtube.com/@platesandpancakes4593https://instagram.com/voodoo4power?igshid=YmMyMTA2M2Y=https://voodoo4ranch.com/To possibly be a guest or support the show email Voodoo4ranch@gmail.comhttps://www.paypal.com/paypalme/voodoo4ranch

https://www.youtube.com/watch?v=zIfHgFLe4_U Hosted by Tony Darnell. From  Apr 26, 2016. Black holes have been largely theoretical until the LIGO observations announced earlier this year.  Thanks to those observations, we now have another way to study and observe these amazing celestial objects.   Original Music by Mark C. Petersen, Loch Ness Productions http://lochnessproductions.com   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.

Moiya and Caroline talk about the observatory that detected the first gravitational waves, letting us study the universe using something other than light for the first time ever in human history! Guest Star: Caroline D'Angelo is an astronomer-turned-comedian. Follow her on IG @astronomer625MessagesBecome a star and join the patreon at patreon.com/palebluepod!Go supernova and support Pale Blue Pod on PayPal Listen to This Guy Sucked every ThursdayFind Us OnlineWebsite: palebluepod.comPatreon: patreon.com/palebluepodTwitter: twitter.com/PaleBluePodInstagram: instagram.com/palebluepodCreditsHost Dr. Moiya McTier. Twitter: @GoAstroMo, Website: moiyamctier.comEditor Mischa Stanton. Twitter: @mischaetc, Website: mischastanton.comCover artist Shae McMullin. Twitter: @thereshaegoes, Website: shaemcmullin.comTheme musician Evan Johnston. Website: evanjohnstonmusic.comAbout UsPale Blue Pod is an astronomy podcast for people who are overwhelmed by the universe but want to be its friend. Astrophysicist Dr. Moiya McTier and comedian Corinne Caputo demystify space one topic at a time with open eyes, open arms, and open mouths (from so much laughing and jaw-dropping). By the end of each episode, the cosmos will feel a little less “ahhh too scary” and a lot more “ohhh, so cool!” New episodes every Monday.Pale Blue Pod is a member of the Multitude Collective.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

The Desert Fathers make it very clear that in every element of our faith life we are being drawn into the mystery of God and the kingdom. Therefore, we must become comfortable with living in mystery; of being immersed in a reality that is beyond intellect and reason and comprehended solely through the gift of faith and the light that God bestow upon us.  We often move very quickly to dissect what has been revealed to us by God, both for ourselves and others. Discussing matters of faith and reading books about dogma, however, can cause a man's compunction to wither and disappear. We often cling to the notional and the abstract rather than focusing upon our relationship with God and seeking purity of heart. The Fathes tell us it is the lives in the sayings of the elders that enlighten the soul and fill it with spiritual tears. Our lives then must be shaped by the Gospel and as one elder tells us we must seek to draw Christ into every part of our life. We love and follow a humble and crucified Lord; One who has been afflicted for our sin and who seeks our healing. Thus, our lives should mirror the simplicity of our Lord. We must not pamper the body in such a way that we weaken the spirit of contrition within our hearts. Neither must we fear affliction, but rather embrace it when it comes into our lives; knowing that God and his Providence allows it and through it perfects our virtue.  To a certain extent, we must be willing separate ourselves from the world and surround ourselves with those who seek and desire the same thing. How else can we maintain the spirit of contrition? The world itself and our culture has become antithetical to the gospel. The cross has been and always will be a stumbling block to those without faith. The more those in the world become focused upon material goods and comforts and a manner of life that is contrary to the teachings of the gospel, we must strive to genuinely and heroically to conform our lives to Christ regardless of the costs. --- Text of chat during the group: 00:09:31 Maureen Cunningham: I think it like a rally good restaurant it always word of mouth 00:10:56 Maureen Cunningham: What is sub stack and how is it different 00:11:10 Maureen Cunningham: You tube is also a big 00:11:38 Bob Čihák, AZ: substack.com in short. 00:11:50 iPad (2): Yes Father I agree with you 100% 00:11:56 Bob Čihák, AZ: Look & see. 00:15:53 Andrew Adams: I vote website, but I don't do social media anyway. I found you effectively by word of mouth. 00:16:23 Kevin Burke: I agree with Myles.. YouTube channel is the best.. 00:16:51 Mark South: I agree youtube is great 00:16:58 Maureen Cunningham: Yes  I agree 00:17:15 Bob Čihák, AZ: Please do let us know when you DO need support! 00:17:21 cameron: Suggest you think of making efforts to avoid being cancelled. 00:17:45 Maureen Cunningham: We love to support you 00:19:35 Bob Čihák, AZ: P. 256, # 24 00:24:27 Bob Čihák, AZ: P. 256, # 25 00:32:03 Forrest Cavalier: This footnote is on this page: https://archive.org/details/Evergetinos/Euergetinos%20II/page/423/mode/2up?view=theater 00:39:44 Anthony: R. C. Sproul of Ligonier Ministries commented on Martin Luther's long confessions, saying what did he confess? To coveting another's potato salad?   Little did Sproul know what monks face. 00:41:01 Andrew Zakhari: I am currently reading the Minor Prophets, and as messengers of God they seem to get angry at God's people for falling away.  How do you understand this prophetic anger? 00:42:05 Myles Davidson: Replying to "R. C. Sproul of Ligo..." Calvinists

Paul Hill and Dr. Jenifer “Dr. Dust” Millard host.  Damien Phillips, John Wildridge and Dustin Ruoff produce. Brace yourselves! This is the longest podcast that 365 Days has ever had! 1 hour 34 minutes! A bumper episode or is that a Jumper episode if Jeni has her way. Paul has new scope and Jeni has been seeing the Sun. We have terrible news from LIGO, the end of Milkomeda, Light pollution paradox, Vera Rubin first light, a new satellite from Wales, spaceX kablooie, leaks on the ISS and of course the usual skyguide and emails! Phew!   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.

How do we detect ripples in spacetime? Neil deGrasse Tyson and comedian Harrison Greenbaum explore black hole collisions, quantum tricks, and how gravitational waves can help us uncover the early universe with MIT physicist and LIGO researcher Nergis Mavalvala.NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here: https://startalkmedia.com/show/when-black-holes-collide-with-nergis-mavalvala/Thanks to our Patrons Akhilesh Kashyap, George Woods, Alishan Momin, Scott Artyn, Terrance Wallace, justinetaylor1989, David Kupersmith, Asef Karim, Robert Somazze, Micheal Emmer, Jeffrey Cooper, Bigyan Bhar, Gavin TRaber, A Bains, josh burrell, Darius Cruz, Cassandre L Henderson, Liam Higley, Ojakuna, Karen, Anshul Sanghi, Sam Walley, David Eatwell, Psychotacon, Alec Myers, Alfred Rivera, Colby Carmichiel, Tommy, kim kanahele, Robert Breutzmann, Dan Defibaugh, Slyter, Aksheev Bhambri, Chris Topher, Joanna Apergis, Rockington, Patrick Corrigan, AlexKP_, Abi ROdriguez, Shawn Santor, Shanna Johnston, Cleve Dawson, Mohammed Bilal Monnoo, Patrick Laurin, Eric Kaplan, Dr. What, Glen S. Sheets, David Yardley, Librak Productions LLC, and Catherine Thomas for supporting us this week. Subscribe to SiriusXM Podcasts+ to listen to new episodes of StarTalk Radio ad-free and a whole week early.Start a free trial now on Apple Podcasts or by visiting siriusxm.com/podcastsplus.

What is a gravitational wave? Janna Levin and comedian Matt Kirshen sit down with physicist Rainer Weiss to discuss LIGO, black holes, and the physics of gravitational waves. (Originally Aired October 4, 2016)NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here: https://startalkmedia.com/show/deciphering-gravitational-waves-janna-levin-startalk-stars/ Subscribe to SiriusXM Podcasts+ on Apple Podcasts to listen to new episodes ad-free and a whole week early.