Podcasts about CETI

Astronomy Daily - The Podcast: S04E30In this episode of Astronomy Daily, host Anna delves into the latest developments in the space industry, highlighting the challenges and triumphs that define our exploration of the cosmos. From Boeing's financial struggles with the Starliner program to a busy week of launches, this episode is filled with insights that will keep you informed and engaged.Highlights:- Boeing's Starliner Challenges: Discover the staggering financial hurdles Boeing faces with their CST100 Starliner program, reporting a loss of $523 million in 2024 alone. Learn about the implications of these setbacks for commercial crew transportation to the International Space Station and the uncertainties surrounding the spacecraft's next flight.- A Busy Week in Space Launches: Join us as we explore an exceptionally active week in spaceflight, featuring multiple missions from Rocket Lab, Blue Origin, and SpaceX. From nanosatellites to lunar gravity simulations, these launches showcase the dynamic nature of the modern space industry.- India's Navigation Satellite Mission: Hear about the challenges faced by India's first space mission of 2025, which encountered a valve issue during deployment, leaving the satellite stranded in an elliptical orbit. Discover the innovative solutions being explored by ISRO to salvage the mission.- Search for Extraterrestrial Intelligence: Dive into one of the largest CETI experiments ever conducted, where researchers have examined data from nearly 1 million cosmic objects in search of signals from advanced civilizations. While no definitive signs were found, the project represents a significant milestone in our quest to understand our place in the universe.- The Growing Issue of Space Debris: Explore the increasing risks posed by space debris to aviation safety, as new research highlights the intersection of falling objects and busy airspaces. Learn about the challenges aviation authorities face in balancing safety with economic impacts.- Discovering Ultra Hot Jupiters: Uncover groundbreaking findings about WASP121b, an extraordinary planet that challenges our understanding of planetary formation. With extreme temperatures and a unique composition, this discovery may prompt a reevaluation of how gas giants develop.For more cosmic updates, visit our website at astronomydaily.io. Join our community on social media by searching for #AstroDailyPod on Facebook, X, YouTubeMusic, Tumblr, and TikTok. Don't forget to subscribe to the podcast on Apple Podcasts, Spotify, iHeartRadio, or wherever you get your podcasts.Thank you for tuning in. This is Anna signing off. Until next time, keep looking up and stay curious about the wonders of our universe.00:00 - Welcome back to Astronomy Daily01:02 - Boeing's financial struggles with Starliner05:30 - Overview of a busy week in space launches10:15 - India's navigation satellite mission challenges14:00 - Large CETI experiment results18:20 - Space debris risks to aviation safety22:00 - Discoveries about ultra hot Jupiter WASP121b25:00 - Conclusion and upcoming content✍️ Episode ReferencesBoeing Starliner[Boeing Starliner](https://www.boeing.com/space/starliner)Rocket Lab[Rocket Lab](https://www.rocketlabusa.com)Blue Origin[Blue Origin](https://www.blueorigin.com)ISRO[ISRO](https://www.isro.gov.in)CETI Experiment[CETI Experiment](https://www.seti.org)Space Debris Research[Space Debris Research](https://www.scientificreports.com)WASP121b[WASP121b](https://exoplanet.eu)Astronomy Daily[Astronomy Daily](http://www.astronomydaily.io)Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily--5648921/support.

Whale Song and Elephant Communication with Katy Payne, Whale Language with Gašper Beguš and Project CETI, The Dance of the Honeybee, Feeding Ben Stuff, Cryptid Corner, Grandparent Stories, Jokes, Riddles and MoreDo animals talk? The answer might surprise you! Join us as we dive deep with zoologist and pioneering animal researcher Katy Payne and discover the complex ways whales and elephants communicate. She even does her best whale song impression for us! Project CETI works to understand what whales are saying. CETI linguistics lead and professor Gašper Beguš talks with Wild Interest about his work with sperm whales, and the whale language his research is discovering. It even has an alphabet! Dance with us as we buzz about the sweet ways honeybees talk to each other, and bundle up for frigid tales of the Ningen, an aquatic cryptid said to inhabit the Arctic Ocean north of Japan. We're back with a second hilarious installment of Feeding Ben Stuff, and all the usual fun you've come to expect like Favorite Sound, Grandparent Stories, a real stumper of a riddle, jokes and more. Let's get wild!Timestamps for this episode are available below. Parents: visit our website to help your kids contribute jokes or favorite sounds, or to send us a message:  www.wildinterest.com/submissions00:00 Episode 11 Intro01:48 Animal Talk03:45 Whale Language with Gašper Beguš and Project CETI10:52 Joke Time11:46 The Dance of the Honeybee14:56 Riddle Question15:20 Cryptid Corner: The Ningen18:08 Favorite Sound19:01 Call for Submissions19:28 Grandparent Story23:32 Feeding Ben Stuff29:25 Whale Song and Elephant Communication with Katy Payne38:31 Riddle Answer38:53 Preview of Episode 1239:25 Show Credits39:57 Blooperswildinterest.com

La inteligencia artificial se usa para traducir sonidos de animales y descifrar su comunicación entre especies   Por Félix Riaño @LocutorcoLa inteligencia artificial podría lograr algo que la humanidad ha soñado por siglos: entender qué dicen los animales.Déjanos tu opinión en Spotify.  Científicos ya han identificado que elefantes y ballenas usan sonidos específicos para identificarse entre sí, como si fueran nombres. Con proyectos como CETI, que estudia las vocalizaciones de ballenas, y otros que analizan los "gruñidos" de elefantes, se están utilizando algoritmos para buscar patrones en los sonidos animales, similares a un lenguaje. Este avance plantea una pregunta fascinante: ¿realmente podríamos traducir lo que sienten y piensan? Ahora, con grabaciones continuas y bases de datos masivas, los expertos intentan descifrar lo que hasta ahora era un misterio.  Los avances en inteligencia artificial han permitido a científicos analizar miles de horas de grabaciones de animales en su hábitat natural. Proyectos como CETI trabajan con los clicks y codas de ballenas, mientras que estudios con elefantes han identificado "nombres" únicos que estos usan para referirse a otros. La tecnología no solo organiza los datos, sino que encuentra patrones complejos que antes pasaban desapercibidos, como el ritmo o las pausas en los sonidos. Ahora, investigadores exploran si estos sonidos contienen información sobre ubicación, emociones o incluso comunicación social.  A pesar de los avances, entender a los animales enfrenta varios desafíos. Primero, no está claro si los sonidos animales son realmente un "lenguaje" como el humano, con palabras y significados complejos. Por otro lado, aunque la inteligencia artificial puede analizar millones de datos, todavía depende del trabajo humano para interpretar los resultados. También surgen cuestiones éticas: ¿qué haremos si logramos entender a los animales? ¿Cambiará nuestra relación con ellos o seguiremos ignorando su sufrimiento? Además, no todos los científicos están de acuerdo en que la IA sea la solución definitiva, señalando que podría desviar fondos de investigaciones tradicionales, como la observación directa en campo.  A pesar de estas dudas, los avances actuales ya están transformando nuestra relación con otras especies. Saber que los elefantes tienen "nombres" o que las ballenas usan "dialectos" podría impulsar esfuerzos de conservación más efectivos. Por ejemplo, en los años 60, la complejidad del canto de las ballenas ayudó a detener su caza masiva. Hoy, entender cómo y por qué los animales se comunican podría ayudarnos a proteger mejor su hábitat. Más allá de la tecnología, este trabajo resalta algo esencial: reconocer que otras especies tienen sus propias formas de vivir y entender el mundo.  Además de ballenas y elefantes, proyectos como Earth Species Project estudian aves y primates, encontrando patrones en sus vocalizaciones que indican comunicación avanzada. Los investigadores también están creando bases de datos masivas de sonidos en ecosistemas como arrecifes de coral o selvas tropicales, descubriendo cómo los animales responden a cambios en su entorno. Esto no solo ayuda a entender a las especies, sino que también podría mejorar los esfuerzos de conservación global al identificar amenazas antes de que sea demasiado tarde.  La inteligencia artificial está descifrando los secretos de la comunicación animal. ¿Estamos listos para escuchar lo que tienen que decir? Déjanos tu opinión en Spotify.  BibliografíaWired: Race to translate animal soundsScientific American: AI improving conservation studiesNature: AI decodes the calls of the wildConviértete en un seguidor de este podcast: https://www.spreaker.com/podcast/flash-diario-de-el-siglo-21-es-hoy--5835407/support.

Dans cet épisode captivant du podcast ArtEcoVert, plongez au cœur des enjeux passionnants de l'innovation textile avec nos invités d'exception, Pascal Denizart et Maude Vulliet, membres du CETI (Centre Européen des Textiles Innovants). Ensemble, nous explorons les défis et les opportunités que représentent la durabilité et l'éco-design dans un secteur en pleine mutation. Pascal, directeur du CETI, nous livre une vision inspirante de la mission de l'institut, qui se consacre à la transformation des textiles pour répondre aux défis sociétaux actuels. "Il est essentiel de repenser notre approche des textiles pour bâtir un avenir plus durable", déclare-t-il, soulignant l'importance d'intégrer des pratiques respectueuses de l'environnement dans chaque étape du processus de création. Maude, en tant que chef de projet R&D, partage son expérience précieuse dans l'accompagnement des clients, les guidant depuis l'idée jusqu'à la mise en œuvre industrielle de nouveaux produits. Elle évoque également les nouvelles fibres, les colorants biosourcés et l'impact des plantes tinctoriales, telles que l'indigo et la garance, sur la teinture végétale. Ces éléments sont cruciaux pour garantir une coloration naturelle et respectueuse de notre planète. Cet épisode aborde également la nécessité de régulations claires et égales face à la montée de la fast fashion, un sujet brûlant qui mérite notre attention. Le CETI : https://www.ceti.com/Épisode de Pile Couleur : https://smartlink.ausha.co/art-eco-vert/e30-pile-couleur-le-chemin-de-la-semi-industrialisation-de-la-couleur-vegetale-en-textile

Club Triunfers: https://borjagiron.com/club¿Podremos hablar muy pronto con los animales?Hoy nos adentraremos en un tema que parece sacado de la ciencia ficción: **cómo la inteligencia artificial (IA) está ayudándonos a descifrar el lenguaje de los animales**. Desde ballenas hasta elefantes, pasando por insectos como las abejas, los científicos están utilizando IA para desvelar los misterios de la comunicación animal. ¿Estamos a las puertas de entender lo que los animales realmente nos quieren decir? ¡Vamos a explorarlo!Por siglos, los seres humanos hemos intentado comprender qué nos quieren comunicar los animales a través de sus sonidos, movimientos y comportamientos. Hoy, gracias a los avances en IA y análisis de datos, estamos más cerca que nunca de romper esa barrera. En este episodio, vamos a analizar algunos casos fascinantes donde la IA ha comenzado a "traducir" las complejas interacciones de especies como las abejas, los elefantes y las ballenas. Hablaremos de cómo las abejas utilizan patrones geométricos para indicar la ubicación de nuevos hogares, y de cómo los científicos están aplicando IA para entender las conversaciones entre ballenas y los infrasonidos de los elefantes.También discutiremos las **implicaciones éticas y científicas** de este avance. ¿Qué pasaría si pudiéramos entender completamente a los animales? ¿Cambiaría nuestra relación con ellos? Y, por último, exploraremos los desafíos y limitaciones de este emocionante campo.Este es un episodio que plantea tantas preguntas como respuestas, y te invito a quedarte hasta el final para descubrir cómo la tecnología puede cambiar nuestra visión sobre el mundo animal para siempre.1: Un gran ejemplo de cómo los animales se comunican a través de señales complejas es el caso de las **abejas**. Las abejas tienen una forma única de "hablar" entre ellas llamada la **danza del meneo**. Cuando una abeja exploradora encuentra una nueva fuente de alimento o un lugar adecuado para anidar, regresa a la colmena y realiza una serie de giros en forma de figura de ocho o círculos. Este baile comunica a las otras abejas no solo la distancia y dirección del lugar, sino también su calidad.La IA ha sido utilizada para analizar miles de horas de video de abejas realizando este baile y para decodificar lo que realmente están comunicando. Los científicos han desarrollado algoritmos que pueden interpretar estas complejas coreografías de las abejas con una precisión impresionante. Este es solo un ejemplo de cómo la IA está ayudando a "traducir" el comportamiento de los animales en algo que podemos entender.2: Los **elefantes** y las **ballenas** también son especies con comportamientos de comunicación avanzados. Recientemente, se ha utilizado la IA para estudiar los sonidos que emiten estas criaturas gigantes y sus posibles significados. Vamos a ver un par de ejemplos reales.Los elefantes son conocidos por sus trompetazos y rugidos, pero también emiten **infrasonidos**, sonidos de muy baja frecuencia que los humanos no podemos escuchar sin equipos especiales. Estos infrasonidos pueden viajar largas distancias, permitiendo que los elefantes se comuniquen entre sí a kilómetros de distancia. Un estudio reciente utilizó IA para analizar miles de horas de grabaciones de estos infrasonidos, buscando patrones en la vocalización de los elefantes. Los resultados fueron sorprendentes: la IA identificó llamadas que parecían estar asociadas con la coordinación de movimientos del grupo, advertencias de peligro e incluso expresiones emocionales. Esto ha abierto nuevas oportunidades para comprender mejor su comportamiento social y cómo interactúan entre ellos.Otro caso fascinante es el de las **ballenas jorobadas**. Estos animales son conocidos por sus canciones complejas y estructuradas, que varían según la época del año y la región. Investigadores han utilizado inteligencia artificial para analizar las vocalizaciones de las ballenas, descubriendo que su canto tiene reglas gramaticales similares a las de un lenguaje humano, con frases que se repiten de manera coherente.En un estudio reciente, científicos entrenaron un algoritmo de IA para decodificar los patrones de las canciones de las ballenas. El algoritmo fue capaz de detectar cambios sutiles en los cantos, que parecen estar relacionados con la migración, la ubicación de fuentes de alimento y las interacciones sociales. Este análisis no solo ha revelado más sobre las ballenas, sino que también plantea la posibilidad de que, en el futuro, podamos "conversar" con estos gigantes marinos de alguna manera.3: Aquí surge la pregunta: ¿los animales realmente **hablan** o simplemente emiten sonidos reflejando sus instintos? Los ejemplos de las abejas, elefantes y ballenas sugieren que, aunque no hablen como los humanos, muchos animales tienen formas de comunicación increíblemente complejas. La IA está ayudando a desenmarañar estos códigos, mostrando que algunas especies tienen **estructuras y patrones** de comunicación que podríamos llamar "lenguaje" en un sentido amplio.A medida que se desarrollan más tecnologías de IA, podríamos descubrir que hay formas de comunicación aún más sofisticadas en otras especies que aún no hemos logrado comprender.### **Ejemplos de Estudios Actuales Usando IA para Analizar la Comunicación Animal**1: Uno de los estudios más prometedores es el proyecto **CETI (Cetacean Translation Initiative)**, que busca **traducir el lenguaje de los delfines** utilizando IA. Los delfines tienen un sistema de comunicación complejo, con una variedad de silbidos, clics y otros sonidos. A través de algoritmos de aprendizaje profundo, CETI está analizando miles de horas de grabaciones para identificar patrones en sus vocalizaciones.Uno de los descubrimientos más interesantes hasta ahora es que los delfines parecen utilizar sonidos en secuencias que siguen estructuras gramaticales, similares a un lenguaje humano. Este proyecto está en sus primeras fases, pero podría revolucionar nuestra comprensión de cómo estos cetáceos se comunican entre sí.2: La IA también ha sido aplicada al estudio de los **pájaros cantores**, como los pinzones y mirlos, que utilizan vocalizaciones complejas para comunicarse. Un proyecto destacado es **BirdNET**, desarrollado por la Universidad de Cornell, que utiliza IA para **identificar especies de aves** mediante sus cantos. No solo puede identificar las especies, sino que también está ayudando a los investigadores a entender cómo las aves utilizan las vocalizaciones para marcar territorio, atraer pareja y coordinarse dentro de sus bandadas.Este sistema de IA ha sido entrenado con grabaciones de miles de especies y ha permitido detectar **cambios en los cantos** que podrían estar relacionados con el impacto del cambio climático y la deforestación. Esto está proporcionando valiosa información sobre cómo los pájaros están adaptando su comportamiento en respuesta a las presiones ambientales.3: Los **murciélagos** son conocidos por su uso de la **ecolocación**, pero también se comunican a través de vocalizaciones ultrasónicas que los humanos no podemos escuchar. Investigadores de la Universidad de Tel Aviv han desarrollado un sistema de IA para analizar estas vocalizaciones y han descubierto que los murciélagos no solo emiten sonidos para navegar, sino que también los utilizan para **comunicarse entre ellos**.La IA ha revelado que los murciélagos tienen "voces" únicas y que sus sonidos ultrasónicos pueden cambiar dependiendo del contexto social, como disputas por alimentos o espacios de descanso. Estos hallazgos están ayudando a comprender cómo se organizan socialmente y cómo resuelven conflictos dentro de sus colonias.4: Los **perros** no utilizan un "lenguaje" estructurado como otros animales, pero sí emiten una variedad de ladridos, gruñidos y aullidos que transmiten emociones y necesidades. Científicos de la Universidad de Arizona han estado utilizando IA para analizar **los sonidos de los perros** en distintas situaciones, como cuando juegan, se sienten amenazados o buscan comida. Mediante el uso de algoritmos de aprendizaje automático, han logrado identificar patrones vocales que se asocian a emociones como la **alegría, el miedo o el hambre**. Esto ha llevado al desarrollo de dispositivos comerciales que podrían ayudar a los dueños de perros a entender mejor lo que sus mascotas están tratando de comunicar.5: Los **tarsos**, pequeños primates nocturnos que habitan en el sudeste asiático, emiten llamadas de muy alta frecuencia que los humanos no pueden escuchar. Un equipo de científicos utilizó grabaciones ultrasónicas y algoritmos de IA para analizar estas llamadas, descubriendo que los tarsos emiten señales de advertencia cuando se sienten amenazados, lo que les permite **comunicarse sin ser detectados por depredadores**.Este estudio sugiere que los tarsos tienen un sistema de comunicación mucho más complejo y estratégico de lo que se creía, y la IA ha sido esencial para desvelar estos comportamientos ocultos.**Punto 4: Implicaciones éticas y emocionales**Imagina que pudieras saber con exactitud lo que un elefante está "diciendo" a otro, o qué siente tu perro cuando ladra de una manera específica. Esto cambiaría por completo nuestra relación con los animales. Si llegamos a entender su lenguaje con mayor precisión, las implicaciones serían profundas. ¿Podríamos seguir justificando el uso de animales en ciertos entornos si descubrimos que son mucho más conscientes y comunicativos de lo que pensábamos? Este es un debate étConviértete en un seguidor de este podcast: https://www.spreaker.com/podcast/inteligencia-artificial-para-emprender--5863866/support.

Complex compositions made up of groans, moans, sighs, roars, and high-pitched squeals that can last for hours - The songs of whales are both beautiful and haunting. Humans have had a particular fascination with the sounds of cetaceans and the possible meanings behind it since Roger Payne, a marine biologist, first noticed the complex sonic arrangement of humpback whale sounds during a research expedition to Bermuda in 1967 But what if we could translate what they were saying? Really understand what the different clicks and codas actually mean? On this episode we're going to chat with the Cetacean Translation Initiative, also known as CETI, who is revolutionizing the latest advancements in cetacean research and discuss the potential implications of breaking the language barrier between humans and whales. Guests: - Geovanni Petri - Professor of network science at the Network Science Institute of Northeastern University and principal of research at project CETI - Shane Garrow - A scientist in residence at Ottawa's Carlton University and the biology lead for project CETI

Il sogno di dialogare con gli altri animali accompagna l'essere umano da epoche lontane e miti sepolti nel tempo. Ma ogni essere vivente è immerso nel proprio ambiente, e a ogni intelligenza corrisponde un mondo. L'obiettivo del Progetto CETI è cercare di superare questo ostacolo. CETI è un progetto titanico, dove collaborano molti esperti di varie discipline: cetologi, informatici, linguisti, esperti di robotica e crittografia. Il progetto è nato ad Harvard nel 2019, in una riunione presieduta dal biologo David Gruber. Gruber, intervistato dalla rivista Nature, ha dichiarato che l'obiettivo di CETI è “imparare a comunicare con una balena in modo tale da potersi scambiare idee ed esperienze”. È un obiettivo realistico? È davvero possibile visitare gli altri mondi? Learn more about your ad choices. Visit megaphone.fm/adchoices

“Todo el que entre de manera ilegal en España tiene que ser devuelto a su país de origen”. AnteloMurcia ante un capítulo de inmigración ilegal, "Murcia es la segunda puerta de entrada a la inmigración ilegal de Canarias", defiende José Ángel Antelo, vicepresidente de Murcia y presidente de VOX Murcia, quién ha pedido al Gobierno cerrar el Centro de Estancia Temporal de Inmigrantes, CETI, en Cartagena"Aquellos que no respetan nuestra cultura no son bienvenidos. Aquí vienen a adaptarse a cómo somos y a nuestra forma de ser y a nuestra forma de estar y quiénes no lo entiendan no es su lugar", sostiene Antelo, defendiendo que la gente está cansada de ver cómo sus barrios se han convertido en zonas donde ni entra la policía. En los primeros tres meses de 2024, se ha aumentado la delincuencia de extranjeros en Murcia. A Murcia llegan pateras y Antelo denuncia que el Gobierno ni les informan, se enteran por ellos mismos, "ocultan la realidad". "Aquellos que niegan la realidad o la tergiversan también son cómplices de lo que sucede", concluye Antelo, defendiendo Murcia. #españa #inmigracion #murcia #crisismigratoria #canarias #pateras #cartagena #delincuencia #gobiernodeespaña #migrants #vox #negociostv #vizner Si quieres entrar en la Academia de Negocios TV, este es el enlace:   https://www.youtube.com/channel/UCwd8Byi93KbnsYmCcKLExvQ/join Síguenos en directo ➡️ https://bit.ly/2Ts9V3pSuscríbete a nuestro canal: https://bit.ly/3jsMzp2Suscríbete a nuestro segundo canal, másnegocios: https://n9.cl/4dca4Visita Negocios TV https://bit.ly/2Ts9V3pMás vídeos de Negocios TV: https://youtube.com/@NegociosTVSíguenos en Telegram: https://t.me/negociostvSíguenos en Instagram: https://bit.ly/3oytWndTwitter: https://bit.ly/3jz6LptFacebook: https://bit.ly/3e3kIuy

This week, we turn away from the media for a moment, to a realm thousands of feet beneath the ocean's surface – where sperm whales swim. These behemoths spend most of their lives in complete darkness, surfacing only for a few minutes at a time. They have the largest brains of virtually any other creature on earth, and they grow to be the size of one school bus, even two – and weigh as much as ten of them. But despite leading wildly different lives, scientists say they may communicate with each other – much like we do. In May, scientists at CETI, or Cetacean Translation Initiative, published a study claiming that they use a complex phonetic alphabet that echoes the structures of human languages. This week, host Brooke Gladstone speaks with Shane Gero, a biologist focusing on the acoustic complexity and social behavior of whales and Biology Lead at CETI, about this phonetic alphabet, and how it might be the first of many steps that could lead to translating what these sea giants are saying – and saving their lives.  On the Media is supported by listeners like you. Support OTM by donating today (https://pledge.wnyc.org/support/otm). Follow our show on Instagram, Twitter and Facebook @onthemedia, and share your thoughts with us by emailing onthemedia@wnyc.org.

Če bi postavljali lestvico najzapletenejših in najzanimivejših vprašanj, problemov in izzivov, ki se jih lahko loti človek, bi se na visoko mesto uvrstilo razumevanje jezika nečloveške vrste. Dr. Gašper Beguš, docent na kalifornijski univerzi Berkley, se je lotil takšnega izziva, skuša namreč razumeti jezik kitov glavačev. Sodeluje v projektu CETI, konzorciju, ki ga sestavlja več kot 15 znanstveno izobraževalnih ustanov. Med njimi so najprestižnejše, kot so Berkley, Harvard, Oxford, Cambridge in National Geographic. Gašper Beguš je diplomiral na Univerzi v Ljubljani in doktoriral na Univerzi Harvard. Na Oddelku za jezikoslovje Washingtonske univerze je ustanovil fonološki laboratorij. Trenutno je docent na kalifornijski univerzi Berkley, kjer je ustanovil laboratorij za govor in računalništvo. Na Oddelku za jezikoslovje poučuje fonologijo, na Oddelku za računalništvo pa predmet Procesiranje zvoka pri ljudeh in strojih.

Wie wäre es, den Händedruck eines entfernten Kollegen oder die Umarmung eines geliebten Menschen über das Internet zu spüren? Wie nah sind wir dran, dies Wirklichkeit werden zu lassen? Der Exzellenzcluster CeTI der TU Dresden leistet Pionierarbeit bei der Erforschung der Übertragung von Berührungen über das Internet, welches wichtige Bereiche unseres Lebens revolutionieren wird.

If aliens landed on Earth tomorrow, how would we talk with them? Well, we already have a kind of creature on this planet we could attempt to talk to first, and in the last few years a team of renowned scientists have been exploring the ocean studying sperm whales to get that conversation going.David Gruber is a professor of biology and environmental science at CUNY and the founder of Project CETI, an interdisciplinary scientific initiative that is using the latest developments in AI to understand, and possibly communicate with, sperm whales. The day when we break the cross-species communication barrier may be here sooner than you think. Just this year CETI managed to decode what could be called a sperm whale “alphabet”.

In this episode of STBYM's The Monstrefact, Robert discusses the Ceti eels of the Star Trek universe, a form of fictional brain parasite… See omnystudio.com/listener for privacy information.

Distintas entidades sociales de Melilla denuncian públicamente falta de transparencia en los mecanismos de funcionamiento del Centro de Estancia Temporal de Inmigrantes. El Ministerio de Inclusión, Seguridad Social y Migraciones asegura que hay legislación que recoge la retirada temporal de las condiciones de acogida a residentes. Mientras, algunos de ellos, dicen que han vivido durante días debajo de un puente sin acceso a comida y agua potable.Escuchar audio

Guest Host: Nick "FOD" Tupper. Overhead Surprise... Smoke System... Destin Search Patterns... Odie Tips Over... Ingenuity Final Thoughts... Remote ID For Drones... Eclipse... Sun n Fun 2024... Reno Returns... More on UL Avgas... Airport Surface Safety... Boeing News. All this and more on Uncontrolled Airspace Podcast. Recorded Mar 28, 2024. (1:06:34) [#727] {9}

Before Christmas Matt and Dave caught up on a whole bunch of Star Trek news, maman! Everything got crazy after that. So here's what we talked about:DISCOVERYMichelle Paradise and Sonequa Martin-Green Talk Up “Fun” Season 5 And “Satisfying” Series ConclusionNew Discovery Clip:https://youtu.be/1ftr6hINIUkSeason 5 To Debut In AprilSTRANGE NEW WORLDSStrange New Worlds Season 3 is in ProductionJonathan Frakes Returning To Direct For ‘Star Trek: Strange New Worlds' Season 3Season 2 is Now Available on Blu RayPRODIGYWork On ‘Star Trek: Prodigy' Season 2 Has Been CompletedSECTION 31Michelle Yeoh Talks Prepping For ‘Star Trek: Section 31' MovieSTARFLEET ACADEMYTawny Newsome Says ‘Starfleet Academy' Will Appeal To Star Trek Fans Thanks To “Canon Cops” In Writers' RoomKHAN: CETI ALPHA VNicholas Meyer Gives Update On ‘Star Trek: Khan – Ceti Alpha V' And Why Making It An Audio Drama Is “Perfect”MISC‘Star Trek: Picard,' ‘Strange New Worlds' And ‘Lower Decks' Pick Up 15 Saturn Awards Nominations‘Star Trek: Strange New Worlds' And ‘Lower Decks' Nominated For Best Series Critics Choice AwardsNew Star Trek Die-Cast CollectionPlaymates Toys Ends STAR TREK Action Figure DevelopmentChris Pine Still Waiting On ‘Star Trek 4'; Hasn't Heard Anything About Paramount Pivoting From Kelvin CrewParamount Global Holding Merger Talks With Warner Bros. DiscoveryHosts:Matthew CarrollDavid C. RobersonJoin Us:Site: http://startrekucast.comApple: http://bit.ly/StuCastSpotify: http://bit.ly/StarTrekUCastSpreaker: http://bit.ly/StuCastSpreakerThis show is part of the Spreaker Prime Network, if you are interested in advertising on this podcast, contact us at https://www.spreaker.com/show/3212152/advertisement

Alors que seulement 1% des textiles en Europe sont recyclés à l'échelle industrielle, plusieurs acteurs s'engagent pour développer cette filière encore naissante, à l'exemple du Cetia qui innove dans la préparation au recyclage des chaussures. Actuellement, en Europe, les chaussures sont soit désassemblées manuellement, soit simplement broyées. À l'origine, le Cetia était une chaire de recherche de l'école d'ingénieurs Estia. Désormais, c'est une vraie entreprise travaillant en partenariat avec le centre privé de recherche CETI, et elle propose des prototypes novateurs pour le recyclage du textile et du cuir avec son projet baptisé Re-shoes.Un projet crucial pour de nombreux observateurs puisque tant que nous n'aurons pas de solution de préparation de la matière en vue de son recyclage, nous n'aurons pas de filière de recyclage française d'après eux. Actuellement, la majeure partie du petit pourcentage des textiles recyclés en Europe ne permet pas de produire de nouvelles fibres, mais est transformée en isolants, rembourrage, bitume, etc. Concrètement, la machine du Cetia identifie la couleur et la composition du tissu lors du mélange de deux matériaux grâce à une technologie infrarouge. Les vêtements triés passent ensuite dans une autre machine qui sépare les éléments durs (fermetures à glissière, boutons, etc). La matière ainsi obtenue a une composition connue et peut être réutilisée plus facilement.Pour faciliter le recyclage, certaines marques, dont Decathlon - l'un des premiers soutiens du Cetia - intègrent dès la conception des éléments tels que le nombre de matériaux utilisés et les éléments perturbateurs. Decathlon vise 100% de produits écoconçus d'ici 2026. Le recyclage est également une question politique puisque chaque année, 200 000 tonnes de déchets textiles français sont exportées dans d'autres pays faute de solution dans notre pays. Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.

Alors que seulement 1% des textiles en Europe sont recyclés à l'échelle industrielle, plusieurs acteurs s'engagent pour développer cette filière encore naissante, à l'exemple du Cetia qui innove dans la préparation au recyclage des chaussures. Actuellement, en Europe, les chaussures sont soit désassemblées manuellement, soit simplement broyées. À l'origine, le Cetia était une chaire de recherche de l'école d'ingénieurs Estia. Désormais, c'est une vraie entreprise travaillant en partenariat avec le centre privé de recherche CETI, et elle propose des prototypes novateurs pour le recyclage du textile et du cuir avec son projet baptisé Re-shoes. Un projet crucial pour de nombreux observateurs puisque tant que nous n'aurons pas de solution de préparation de la matière en vue de son recyclage, nous n'aurons pas de filière de recyclage française d'après eux. Actuellement, la majeure partie du petit pourcentage des textiles recyclés en Europe ne permet pas de produire de nouvelles fibres, mais est transformée en isolants, rembourrage, bitume, etc. Concrètement, la machine du Cetia identifie la couleur et la composition du tissu lors du mélange de deux matériaux grâce à une technologie infrarouge. Les vêtements triés passent ensuite dans une autre machine qui sépare les éléments durs (fermetures à glissière, boutons, etc). La matière ainsi obtenue a une composition connue et peut être réutilisée plus facilement. Pour faciliter le recyclage, certaines marques, dont Decathlon - l'un des premiers soutiens du Cetia - intègrent dès la conception des éléments tels que le nombre de matériaux utilisés et les éléments perturbateurs. Decathlon vise 100% de produits écoconçus d'ici 2026. Le recyclage est également une question politique puisque chaque année, 200 000 tonnes de déchets textiles français sont exportées dans d'autres pays faute de solution dans notre pays. Learn more about your ad choices. Visit megaphone.fm/adchoices

ROMA (ITALPRESS) - "Figuriamoci se andiamo a individuare che cosa nello specifico devono mangiare i nostri cittadini, però se possiamo attivare filiere che danno lavoro lo facciamo", ha detto il ministro dell'Agricoltura e della Sovranità Alimentare, FrancescoLollobrigida.xc3/ads/gsl

Helming the 'Fantasy in Terms of Liberation' project is multi-disciplinary artist Julienne Baptiste, aka PCP, and director and artist Christopher Diana-Peebles. Hailing from Ocean City, MD.Baptiste has called Portland, Oregon home since 2015. Her background includes a focus on dance, theater and music, which all come into play throughout the film. Baptiste most recently gained notice as front woman of rock trio Dirty Princess. Baptiste and Diana-Peebles initially worked together on imagery for the band before developing this Fantasy in Terms of Liberation project as collaborators. As a founding member of the Futro Collective, Christopher began making music videos and other visual content after moving to Portland over 15 years ago. Diana-Peebles' credits include the independent films Malignant, Unicorn and The Tree, with a passion for working on imagery on behalf of local non-profits like experimental technology collective CETI, p:ear and media center Open Signal in an effort to further their important social reach.JEWLZSRTNChristopher Diana Peebles

I am Lana Stevenson, the owner of Resilience Shift, and a Cancer Exercise Specialist. Resilience Shift focuses on using movement and nutrition for chronic disease prevention to achieve longevity. We create safe and effective exercise programming to help people live longer with a better quality of life.   I am passionate about creating personalized exercise programs for cancer patients and survivors. I create custom programs pertaining to each individual's specific condition, focusing on the importance of the mind/body connection. I have been a competitive athlete most of my life. From achieving a Black belt in Shotokan Karate, to running 20+ Marathons and numerous other distance races at a high level, I branched into Personal Training and coaching as a career for the past 30 years and have run my own Personal Training studio for 30 years. I truly love what I do with a passion. My younger daughter has been fighting stage 4 colon cancer for the past 9 years. She has endured 6 lung metastases resulting in 5 lung surgeries plus 1 series of radiation and ablation, 2 ovary metastases resulting in both ovaries being removed, numerous inoperable tumors in her pelvic area and 4 rounds of chemotherapy lasting 3 to 6 months each. Not to mention the Opioid addiction resulting from long term use.   As a single mom and sole provider, I have had to move through this exceedingly difficult journey and figure out each new step alone, while keeping my personal training business going. As you can imagine, this has been no easy feat, especially when I have felt emotionally depleted, still always keeping my daughter the number one priority.Historically, cancer patients were told to rest as much as possible and to save their energy especially while going through treatment. Exercise did not seem like a possibility. However, science is now showing the opposite. Movement is extremely beneficial even while going through treatment, even the smallest amount. One just needs to know how to exercise safely!Since my daughter's diagnosis, I made it my mission to study exercise for the different types of cancers, treatments, surgeries, etc. So, I become certified as a Cancer Exercise Specialist through CETI (Cancer Exercise Training Institute).I now create personalized programs for cancer survivors so that they can safely gain the benefit of exercise, physically, mentally and emotionally, and regain some sense of normalcy and independence.   https://www.resilienceshifthealth.comBook:  Moving through CancerSupport the show

Vous saviez que mettre des vêtements n'est pas anodin sur l'impact de la planète ? Dans cet épisode nous abordons l'impact de l'industrie textile sur l'environnement ainsi que les bonnes nouvelles dans le domaine. Sources : ADEME Agence de l'Environnement et de la Maîtrise de l'Energie GreenpeacePiliReportages : Hugo Clément Sur le Front https://www.france.tv/france-5/sur-le-front/2956729-ou-finissent-nos-vetements.html ArtEcoVert, LE podcast de la couleur végétale

This episode is part of the 30 day challenge I did in Oct 2022.  I am a certified CETI Instructor thanks to Andrea's work with  cancer patients and her own history with  it also. Established by Andrea Leonard (a 38 year cancer survivor) in 2004; in response to a growing need to provide scientifically-based, current information on exercise therapy as a critical component of cancer recovery. Our goal is simple; To Educate Health and Fitness Professionals to Empower Cancer Survivors. We provide health and fitness professionals with comprehensive coursework on twenty-five types of cancer, as well as pediatrics, their surgeries and treatments, breast reconstruction, upper and lower body lymphedema prevention, identification, and managemnent, cancer pain and fatigue, comprehensive fitness evaluations including postural assessment and goniometry, as well as marketing strategies and how to position themselves as the "next step" in the health care continuum. Cancer Exercise Specialists are to cancer what cardiac rehab is to the heart patient. We also provide products and educational materials for health care professionals as well as cancer patients.Following her mothers second diagnosis with breast cancer, Andrea spent three years working on her book "Essential Exercises for Breast Cancer Survivors," with the help of the chiefs of breast surgery at Johns Hopkins, GW, and Georgetown University Medical Centers. The book was published in 2000 by Harvard Common Press. She then started an OR 501 C-3 non-profit called the Breast Cancer Survivors Foundation and began teaching workshops nationwide on exercise and breast cancer. Andrea continued to see her family members be affected by cancer, including her father who was diagnosed with prostate and bladder cancer and passed away in 2014. To address the concerns of all cancer patients, Andrea established the Cancer Exercise Training Institute in 2004. She has trained thousands of health and fitness professionals worldwide. The Cancer Exercise Specialist and Breast Cancer Recovery BOSU(R) Specialist Advanced Qualifications are considered the gold standard in exercise programming for cancer patients.Support the show

Esta es una observación realizada en el otoño del año pasado. La zona elegida es la constelación de Cetus y… aunque breve, creo que ha quedado una cosa bastante precisa en cuanto a los objetos al alcance de unos prismáticos. Cetus una constelación amplia, con objetos de diferentes tipos, hay alguna variable, una doble, un asterismo, colores característicos en algunas estrellas… en fin, que aunque un episodio de prismáticos tiene que ser necesariamente breve, en este caso no me he tenido que salir (bueno, un poco sí) de la constelación para encontrar cosas interesantes. Como ha estado un año esperando a ser publicado, he eliminado la introducción de entonces para que no chirríe y… tengo que hacer una aclaración. Con una bastará. Y es que en un momento nos paramos en Mira(omicron Ceti) para contemplarla. Hago el comentario de que “actualmente” tiene una magnitud intermedia que ni es la máxima ni la mínima. Recordemos que mira oscila entre la magnitud 10 y la 2. Entonces estaba rondando la cinco y ahora, 2022 está brillando con una magnitud rondando la 2. * Enlaces y formas de contacto: – Web: nestorgm.com/astronomia/ – Twitter: @Luces_X – Correo: lucex@nestorgm.com – Apple Podcasts: https://itun.es/i6Sg8ym – Spotify: https://open.spotify.com/show/3iEkTJs8B6sOxsWnUTwgyf?si=t5fTPg_qRnWmfhrdPrzZNA – iVoox: http://www.ivoox.com/podcast-luces-extranas_sq_f1234211_1.html – Google Podcasts: https://www.google.com/podcasts?feed=aHR0cDovL2ZlZWRzLmZlZWRidXJuZXIuY29tL0x1Y2V4

GD 99: Re-investigation of an old ZZ Ceti companion by Zs. Bognár et al. on Wednesday 30 November Context. Thanks to photometric space missions, we have access to more and more information on the properties of white dwarf stars, especially pulsating ones. In the case of pulsators, we have the opportunity to get an insight into their otherwise hidden interiors by the means of asteroseismology. In addition to space-based observations, we also take advantage of the opportunity to study the pulsations of white dwarf stars from the ground, either as observations that are complementary to space-based measurements or individual observing runs on selected targets across long timescales. Aims. We aim to investigate long-term, single-site observations of the bright, yet scarcely studied ZZ Ceti star, GD 99. Our main goals are to determine as many eigenmodes for asteroseismology as possible and then to carry out a seismic analysis of this target. Methods. We performed a Fourier analysis of the light curves obtained in different epochs. After finding the normal modes of the pulsation, we ran the 2018 version of the White Dwarf Evolution Code to build model grids for the period fits. We compared the seismic distance of the best-fit model with the geometric value provided by Gaia measurements. Results. We find that GD 99 is rich in pulsation modes in the 200-1100 s period range, as we detected seven new periods. Together with the literature data, we were able to use 11 modes for the asteroseismic fits. We accepted an asteroseismic model solution with Teff = 13 500 K and M* = 0.80 Msun as a best fit, however, this suggests a hotter and more massive star than we might have expected based on the spectroscopic values. We also estimated the rotational rate of the star to be 13.17 h, based on TESS observations. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.11676v2

GD 99: Re-investigation of an old ZZ Ceti companion by Zs. Bognár et al. on Tuesday 29 November Context. Thanks to photometric space missions, we have access to more and more information on the properties of white dwarf stars, especially pulsating ones. In the case of pulsators, we have the opportunity to get an insight into their otherwise hidden interiors by the means of asteroseismology. In addition to space-based observations, we also take advantage of the opportunity to study the pulsations of white dwarf stars from the ground, either as observations that are complementary to space-based measurements or individual observing runs on selected targets across long timescales. Aims. We aim to investigate long-term, single-site observations of the bright, yet scarcely studied ZZ Ceti star, GD 99. Our main goals are to determine as many eigenmodes for asteroseismology as possible and then to carry out a seismic analysis of this target. Methods. We performed a Fourier analysis of the light curves obtained in different epochs. After finding the normal modes of the pulsation, we ran the 2018 version of the White Dwarf Evolution Code to build model grids for the period fits. We compared the seismic distance of the best-fit model with the geometric value provided by Gaia measurements. Results. We find that GD 99 is rich in pulsation modes in the 200-1100 s period range, as we detected seven new periods. Together with the literature data, we were able to use 11 modes for the asteroseismic fits. We accepted an asteroseismic model solution with Teff = 13 500 K and M* = 0.80 Msun as a best fit, however, this suggests a hotter and more massive star than we might have expected based on the spectroscopic values. We also estimated the rotational rate of the star to be 13.17 h, based on TESS observations. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.11676v2

GD 99: Re-investigation of an old ZZ Ceti companion by Zs. Bognár et al. on Tuesday 29 November Context. Thanks to photometric space missions, we have access to more and more information on the properties of white dwarf stars, especially pulsating ones. In the case of pulsators, we have the opportunity to get an insight into their otherwise hidden interiors by the means of asteroseismology. In addition to space-based observations, we also take advantage of the opportunity to study the pulsations of white dwarf stars from the ground, either as observations that are complementary to space-based measurements or individual observing runs on selected targets across long timescales. Aims. We aim to investigate long-term, single-site observations of the bright, yet scarcely studied ZZ Ceti star, GD 99. Our main goals are to determine as many eigenmodes for asteroseismology as possible and then to carry out a seismic analysis of this target. Methods. We performed a Fourier analysis of the light curves obtained in different epochs. After finding the normal modes of the pulsation, we ran the 2018 version of the White Dwarf Evolution Code to build model grids for the period fits. We compared the seismic distance of the best-fit model with the geometric value provided by Gaia measurements. Results. We find that GD 99 is rich in pulsation modes in the 200-1100 s period range, as we detected seven new periods. Together with the literature data, we were able to use 11 modes for the asteroseismic fits. We accepted an asteroseismic model solution with Teff = 13 500 K and M* = 0.80 Msun as a best fit, however, this suggests a hotter and more massive star than we might have expected based on the spectroscopic values. We also estimated the rotational rate of the star to be 13.17 h, based on TESS observations. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.11676v2

GD 99: re-investigation of an old ZZ Ceti friend by Zs. Bognár et al. on Wednesday 23 November Context. Thanks to the photometric space missions, we know more and more about the properties of white dwarf stars, especially the pulsating ones. In the case of pulsators, we have the opportunity to get an insight into their otherwise hidden interiors by the means of asteroseismology. Besides the space-based observations, we also have the opportunity to study the pulsations of white dwarf stars from the ground, either as observations complementary to the space-based measurements, or individual, long time-base observing runs on selected targets, respectively. Aims. We aim at the long-term, single-site observations of the bright and not well-studied ZZ Ceti star, GD 99. Our main goals were to determine as many eigenmodes for asteroseismology as it is possible, and then perform the seismic analysis of this target. Methods. We performed Fourier analysis of the light curves obtained in different epochs. After finding the normal modes of the pulsation, we run the 2018 version of the White Dwarf Evolution Code to build model grids for the period fits. We compared the seismic distance of the best-fit model with the geometric value provided by Gaia measurements. Results. We find that GD 99 is rich in pulsation modes in the 200-1100 s period range, as we detected seven new periods. Together with literature data, we were able to use 11 modes for the asteroseismic fits. We accepted an asteroseismic model solution with Teff = 12 600 K and M* = 0.85 Msun as a best fit, however, this suggests a more massive star than we expected based on the spectroscopic values. The difference between the seismic distance derived by this model solution and the Gaia geometric distance is about 4 pc. We also estimated the rotational rate of the star based on TESS observations to be 12.11 h. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.11676v1

GD 99: re-investigation of an old ZZ Ceti friend by Zs. Bognár et al. on Tuesday 22 November Context. Thanks to the photometric space missions, we know more and more about the properties of white dwarf stars, especially the pulsating ones. In the case of pulsators, we have the opportunity to get an insight into their otherwise hidden interiors by the means of asteroseismology. Besides the space-based observations, we also have the opportunity to study the pulsations of white dwarf stars from the ground, either as observations complementary to the space-based measurements, or individual, long time-base observing runs on selected targets, respectively. Aims. We aim at the long-term, single-site observations of the bright and not well-studied ZZ Ceti star, GD 99. Our main goals were to determine as many eigenmodes for asteroseismology as it is possible, and then perform the seismic analysis of this target. Methods. We performed Fourier analysis of the light curves obtained in different epochs. After finding the normal modes of the pulsation, we run the 2018 version of the White Dwarf Evolution Code to build model grids for the period fits. We compared the seismic distance of the best-fit model with the geometric value provided by Gaia measurements. Results. We find that GD 99 is rich in pulsation modes in the 200-1100 s period range, as we detected seven new periods. Together with literature data, we were able to use 11 modes for the asteroseismic fits. We accepted an asteroseismic model solution with Teff = 12 600 K and M* = 0.85 Msun as a best fit, however, this suggests a more massive star than we expected based on the spectroscopic values. The difference between the seismic distance derived by this model solution and the Gaia geometric distance is about 4 pc. We also estimated the rotational rate of the star based on TESS observations to be 12.11 h. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.11676v1

GD 99: re-investigation of an old ZZ Ceti friend by Zs. Bognár et al. on Tuesday 22 November Context. Thanks to the photometric space missions, we know more and more about the properties of white dwarf stars, especially the pulsating ones. In the case of pulsators, we have the opportunity to get an insight into their otherwise hidden interiors by the means of asteroseismology. Besides the space-based observations, we also have the opportunity to study the pulsations of white dwarf stars from the ground, either as observations complementary to the space-based measurements, or individual, long time-base observing runs on selected targets, respectively. Aims. We aim at the long-term, single-site observations of the bright and not well-studied ZZ Ceti star, GD 99. Our main goals were to determine as many eigenmodes for asteroseismology as it is possible, and then perform the seismic analysis of this target. Methods. We performed Fourier analysis of the light curves obtained in different epochs. After finding the normal modes of the pulsation, we run the 2018 version of the White Dwarf Evolution Code to build model grids for the period fits. We compared the seismic distance of the best-fit model with the geometric value provided by Gaia measurements. Results. We find that GD 99 is rich in pulsation modes in the 200-1100 s period range, as we detected seven new periods. Together with literature data, we were able to use 11 modes for the asteroseismic fits. We accepted an asteroseismic model solution with Teff = 12 600 K and M* = 0.85 Msun as a best fit, however, this suggests a more massive star than we expected based on the spectroscopic values. The difference between the seismic distance derived by this model solution and the Gaia geometric distance is about 4 pc. We also estimated the rotational rate of the star based on TESS observations to be 12.11 h. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2211.11676v1

Varios jóvenes de una parroquia de Tres Cantos, en Madrid, han viajado al CETI de Melilla para conocer la realidad de los migrantes que están allíVarios jóvenes de una parroquia de Tres Cantos, en Madrid, han viajado al CETI de Melilla para conocer la realidad de los migrantes que están allí. Lo tratamos con Javi Nieves. ¿Qué significan los sueños recurrentes? Lo analizamos con Elena Daprá. Escucha ahora 'La Tarde', de 18 a 19 horas. 'La Tarde' es un programa presentado por Pilar Cisneros y Fernando de Haro que se emite en COPE, de lunes a viernes, de 16 a 19 horas con más de 470.000 oyentes diarios según el último EGM. A lo largo de sus tres horas de duración, "La Tarde" ofrece otra visión, más humana y reposada, de la actualidad, en busca de historias cercanas, de la cara real de las noticias; periodismo de carne y hueso.En "La Tarde" también hay hueco para los testimonios, los sucesos y los detalles más relevantes y a veces invisibles de todo lo que nos rodea. Esta temporada, Pilar y Fernando seguirán cautivando a la ‘gente gente' acompañados de los escritores Daniel Gascón y Lorenzo Silva, el divulgador científico por excelencia en España, Jorge Alcalde; el seriéfilo Javier García Arevalillo y el crítico de cine Juan Orellana. Además, el locutor de CADENA100 Javi Nieves seguirá formará...

Červený obr v souhvězdí Velryby, který v pravidelném cyklu mizí a zase se objevuje, má nenasytného bílého trpasličího průvodce a navíc dlouhatánský ohon z plynů.Všechny díly podcastu Planetárium můžete pohodlně poslouchat v mobilní aplikaci mujRozhlas pro Android a iOS nebo na webu mujRozhlas.cz.

Červený obr v souhvězdí Velryby, který v pravidelném cyklu mizí a zase se objevuje, má nenasytného bílého trpasličího průvodce a navíc dlouhatánský ohon z plynů.

Bonjour à tous et bienvenue dans le ZD Tech, le podcast quotidien de la rédaction de ZDNet. Je m'appelle Clarisse Treilles, et aujourd'hui je vous explique pourquoi l'IA peut être la clé de communication inter-espèces. Du mammifère marin au petit rongeur, tous communiquent. Si la question du langage animal fascine depuis longtemps, la science moderne s'attèle à déchiffrer et comprendre les interactions des espèces animales.  Et c'est là que l'intelligence artificielle intervient. En fouillant des données en masse, les ordinateurs parviennent à retrouver des modèles que les humains mettraient beaucoup plus de temps à détecter.  Deux entrepreneurs de la Silicon Valley travaillent par exemple à décoder le langage non-humain avec “Earth Species Project”. Cette mission, présentée comme le Google Translate des cétacés et des primates, utilise l'IA pour examiner les ressorts de la communication animale. La méthode ? Elle se base sur une technique de machine learning, capable d'apprendre une représentation géométrique d'une langue entière.  C'est loin d'être une initiative isolée. Les médias ont aussi beaucoup parlé du projet de traduction des cétacés, nommé le “CETI”. Ce programme applique le machine learning et la robotique pour déchiffrer la communication du cachalot. Pour apprendre comment ils communiquent entre eux, les chercheurs tentent de collecter et d'identifier leurs bruits pour les faire correspondre avec leurs comportements.  Des robots nageurs autonomes et des réseaux d'hydrophones sont utilisés dans les fonds marins pour recueillir des données audio et vidéo.  Enfin, on peut également citer le projet “DeepSqueak”, tout droit sorti des cartons à la fac de Washington. Ce logiciel, qui doit son nom au deep learning, est capable d'analyser le langage des rongeurs.  Les souris et les rats communiquent socialement grâce à un riche répertoire de vocalisations ultrasoniques. Des systèmes construits à partir de réseaux neuronaux artificiels biomimétiques et "profonds" détectent et analysent des ultrasons. En un mot, DeepSqueak a été capable de réduire les faux positifs ainsi que le temps d'analyse, d'optimiser la classification automatique des syllabes et d'effectuer une analyse syntaxique automatique sur un nombre de syllabes donné. Et peut-être qu'un jour nous aurons un Google Translate, ou une pierre de Rosette pour nos amis les bêtes.  Et voilà, normalement on a fait le tour du sujet. Pour en savoir plus, rendez-vous sur notre site internet. Et retrouvez tous les jours un nouvel épisode du ZDTech sur vos plateformes de podcast préférées.

We're getting into the Star Trek Day trailers and news in this episode, from Star Trek: Picard to Lower Decks, Prodigy, Discovery, Strange New Worlds, Khan: Ceti Alpha V, and Online! We have trailers, clips, and all sorts of little tidbits including release dates!

Bienvenidos a Andalucía Informa, un podcast de Europa Press. En este espacio podrás conocer en unos minutos las noticias más relevantes de nuestra comunidad. Hoy es 22 de agosto y estas son algunas de las informaciones más destacadas en nuestra agencia. Algeciras rechaza acoger un CETI y el PSOE critica al alcalde por un discurso "xenófobo" Vox aboga por "prohibir los indultos, sobre todo, por corrupción política" ante el caso de los ERE Detenidos cuatro presuntos autores de una reyerta en Punta Umbría (Huelva) con una persona atropellada Recuerda que puedes encontrar estas y otras muchas noticias en la sección de Andalucía en nuestra web europapress.es

Mary Sullivan is on the #ReadingWithYourKids #Podcast to celebrate her powerful #YA #Novel #InVerse "High". Mary tells us the main character of this story is Ceti, a 14 year old soccer star who's mom dies of an opiod overdose. This is an important conversation about how the opiod epidemic is effecting families all across our nation. Click here to visit Mary's website - https://marysullivan.net/ Click here to visit our website - www.readingwithyourkids.com

Z zespołem CETI na Festiwalu Festiwalu Rock Blues & Motocykle rozmawiał Sławek Orwat. --- Send in a voice message: https://anchor.fm/radiownet/message

Ce n'est pas la première fois que l'on vous parle de ça dans ce podcast, mais le recyclage du textile est à la fois une solution et une nécessité pour une filière assez polluante. C'est pourquoi L'éco-organisme Refashion organise depuis 2010 le Challenge Innovation, qui soutient des projets visant à renforcer la place de l'économie circulaire dans l'industrie textile. L'an dernier, cinq projets ont été identifiés et soutenus financièrement par Refashion. C'est justement d'eux dont il est question aujourd'hui.Mais avant de commencer, il faut savoir que 47% des vêtements et chaussures usagés non réutilisables sont recyclés à ce jour en France... des matières premières qui sont ensuite réutilisées par exemple dans l'isolation de maison. Mais ce secteur reste bien entendu perfectible. C'est pourquoi Refashion a sélectionné 5 projets sur 110 venus de 25 pays différents l'an dernier pour faire avancer ce domaine. Avec en premier lieu, TISSIUM INDUSTRIE, d'un projet de la société Maximum, qui produit du mobilier à partir de déchets industriels. Maximum a développé un matériau composite rigide, le Tissium, entièrement constitué de déchets textiles. L'objectif est de produire ce Tissium à grande échelle pour le marché de l'ameublement et de l'aménagement.Vient ensuite REVIVAL, une entreprise implantée dans le nord de la France qui souhaite se positionner comme la première plateforme industrielle de recyclage de chaussures en France. Leur projet : créer un démonstrateur d'utilisation de l'EVA issu du recyclage des semelles de sneakers pour en faire des sous-couches de parquet pour habitations. Le troisième lauréat n'est autre que MISTERY, un projet collaboratif visant à réaliser un prototype capable d'utiliser des capteurs optiques pour la caractérisation des textiles ménagers usagés. GREENCOSE est pour sa part un procédé de recyclage chimique développé par l'entreprise franco-britannique INDUO, et permet de recycler les textiles à base de coton. Le projet est notamment appuyé par le Gemtex de l'ENSAIT et le CETI. Pour finir, AURAreFIL, un projet développé par Recyc'Elit, et qui a pour vocation de mettre au point un procédé de recyclage chimique pour transformer des textiles polyesters usagés non-réutilisables en fils polyester recyclés dans la région Auvergne Rhône-Alpes. Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.

Ce n'est pas la première fois que l'on vous parle de ça dans ce podcast, mais le recyclage du textile est à la fois une solution et une nécessité pour une filière assez polluante. C'est pourquoi L'éco-organisme Refashion organise depuis 2010 le Challenge Innovation, qui soutient des projets visant à renforcer la place de l'économie circulaire dans l'industrie textile. L'an dernier, cinq projets ont été identifiés et soutenus financièrement par Refashion. C'est justement d'eux dont il est question aujourd'hui. Mais avant de commencer, il faut savoir que 47% des vêtements et chaussures usagés non réutilisables sont recyclés à ce jour en France... des matières premières qui sont ensuite réutilisées par exemple dans l'isolation de maison. Mais ce secteur reste bien entendu perfectible. C'est pourquoi Refashion a sélectionné 5 projets sur 110 venus de 25 pays différents l'an dernier pour faire avancer ce domaine. Avec en premier lieu, TISSIUM INDUSTRIE, d'un projet de la société Maximum, qui produit du mobilier à partir de déchets industriels. Maximum a développé un matériau composite rigide, le Tissium, entièrement constitué de déchets textiles. L'objectif est de produire ce Tissium à grande échelle pour le marché de l'ameublement et de l'aménagement. Vient ensuite REVIVAL, une entreprise implantée dans le nord de la France qui souhaite se positionner comme la première plateforme industrielle de recyclage de chaussures en France. Leur projet : créer un démonstrateur d'utilisation de l'EVA issu du recyclage des semelles de sneakers pour en faire des sous-couches de parquet pour habitations. Le troisième lauréat n'est autre que MISTERY, un projet collaboratif visant à réaliser un prototype capable d'utiliser des capteurs optiques pour la caractérisation des textiles ménagers usagés. GREENCOSE est pour sa part un procédé de recyclage chimique développé par l'entreprise franco-britannique INDUO, et permet de recycler les textiles à base de coton. Le projet est notamment appuyé par le Gemtex de l'ENSAIT et le CETI. Pour finir, AURAreFIL, un projet développé par Recyc'Elit, et qui a pour vocation de mettre au point un procédé de recyclage chimique pour transformer des textiles polyesters usagés non-réutilisables en fils polyester recyclés dans la région Auvergne Rhône-Alpes. Learn more about your ad choices. Visit megaphone.fm/adchoices

Nesta quarta-feira, 30, o procurador-geral de Justiça Danilo Lovisaro do Nascimento conduziu a primeira reunião do Comitê de Gestão Estratégica (CGE) e do Comitê Estratégico de Tecnologia da Informação (CETI), que possuem a atribuição de alinhar as ações em suas respectivas áreas.

Las noticias del día con César Vidal y María Jesús Alfaya. Suscríbete a CesarVidal.TV y escucha este audio antes que nadie y sin publicidad: https://www.cesarvidal.tv En el informativo de hoy hemos tratado los siguientes temas: - Los inmigrantes que asaltaron la frontera en Melilla , acogidos en un CETI, están tramitando ya su petición de asilo en España. - El Gobierno de España traspasa la gestión del Ingreso Mínimo Vital al País Vasco. - El Pleno de la Convención Constitucional de Chile da luz verde al derecho al aborto. - Ecuador: El presidente Lasso hace alguna puntualización al proyecto de ley del aborto en casos de violación. - Zelenski renuncia a pedir el ingreso a la OTAN ante la falta de apoyo mundial. - El Foro Económico Mundial rompe relaciones con Rusia.

Alex Carlson recaps the action in #pennystocks on the #OTC #stocks. He covers CETI, ILUS, MTRT, IQST, AUNXF, INTK, ONPH, ALPP, NSAV, and HMBL. All stocks have been discussed on https://insiderfinancial.com/ To sign up for our alerts and the free ebook, go to https://signup.insiderfinancial.com/ Disclosure: We have no business relationship with any company whose stock is mentioned in this video. Insider Financial is not an investment advisor and this video does not provide investment advice. Always do your own research, make your own investment decisions, or consult with your nearest financial advisor. This video is not a solicitation or recommendation to buy, sell, or hold securities. This video is our opinion and is meant for informational and educational purposes only and does not provide investment advice. Past performance is not indicative of future performance. For more information, please read our full disclaimer.https://insiderfinancial.com/disclaimer/

Zeta has been appointed as an advisor to the board of the George Floyd Foundation, as well as being one of the first to receive the Diversity Champions award in 2019 from Minorities for Medical Marijuana He was also hand selected to the board of the UC Santa Barbara Women in Leadership program PaCE. Learn more about your ad-choices at https://www.iheartpodcastnetwork.com

Cafe con Absa #123 | El secreto de las INVERSIONES es la Paciencia En esta ocasión, yo Absa García y Roberto Aceves te compartimos en este podcast El secreto de las INVERSIONES es la Paciencia || Podcast Café con Absa varios consejos para mejorar tu vida en general. El secreto de las INVERSIONES es la Paciencia || Podcast Café con Absa te dará varias ideas de la mejor manera de vivir tu vida y vivir una vida mas feliz. En definitiva, este proyecto me encanta porque siento que es un espacio super personal (no solo por la descripción), sino el podcast en sí. Cada uno de ellos los he creado pensando en cómo sería tomarme un café con un/a amig@ super geek y con los mismos gustos que yo en tecnología, estilo de vida y viajes. Bienvenido al mundo de Absa Garcia. Absa Garcia YouTuber, Programador, Blogger, Viajero, Podcaster Desde muy temprana edad la tecnología ha sido mi pasión. Este canal de The Chasters Blog por Absa Garcia nació en el 2017 con el propósito de motivar a la Juventud al Éxito. A través de los años he tenido la oportunidad de entrevistar varias personalidades del mundo artístico, en el ámbito de los negocios, en cuestión de la tecnología, y también he tenido la oportunidad de atender eventos como Talentland, Coordenadas, Dreamfields, las Fiestas de San Gabriel, el Carnaval de Sayula, etc. Hace un año comencé mi podcast Cafe con Absa con la idea de crecer mi comunidad y llegar al hogar de más personas. Mi meta es seguir ofreciendo contenido de calidad para mejorar la vida de mis seguidores. Actualmente estoy estudiando Ingeniería en Software en el CETI. Roberto Aceves Coach de Vida y Especialista en Meditación. Desde 1993 la vida lo ha llevado a través del camino de la espiritualidad, meditación, budismo Zen, y recientemente graduándose de la Universidad de California en Irvine con una Licenciatura en Psicología y Comportamiento Social. Ha dedicado años a guiar miles de individuos, parejas, y grupos a mejorar sus vidas por medio de la meditación Zen, hipnosis, meditaciones guiadas, mindfulness, y muchas otras herramientas para auto ayudarse. Para más información con Roberto Aceves https://Raceves.com/ o en su canal de YouTube.com/c/RobertoAceves8. #millennials #tipsparamillennials #millennialsenespañol #cafeconabsa #absagarcia #podcastcafeconabsa #robertoaceves Redes sociales: Facebook: https://www.facebook.com/Thechasters/ Instagram: https://www.instagram.com/absagarcia.thechasters/ Twitter: https://twitter.com/thechasterblog Mi Podcast esta disponible en: Apple Podcast: https://itunes.apple.com/us/podcast/absa-garcia/id1445811461?mt=2&uo=4 Spotify: https://open.spotify.com/show/7xdIHuky9WSRJXCb1M2wMe Anchor: https://anchor.fm/absa-garcia Youtube: https://youtu.be/6LeeqfBAgVs --- Send in a voice message: https://anchor.fm/absa-garcia/message

In episode 2 of Totally Tell Me Everything -- a monthly podcast hosted by podcasters and friends, Sarah Woloski and Bryn MacKinnon -- we tackle the topic of Space! As always, we've got three questions to ask and answer about this episode's topic, so let's get to it, shall we?   Question 1: What is it about space and how did your interest in space begin?   Bryn kicks off the conversation (and reveals just how old she really is) with the Space Shuttle program and then quickly diverts us to a downer story about the Space Shuttle Challenger Disaster in 1986. Small redemption in the story about seeing the final space shuttle, Endeavor, on its trip to the California Science Center. Sarah saves the day by sharing the very relatable story of building a remarkably accurate model of the solar system in 3rd grade with her engineer father, Peter Heitman, which sparked her interest in the vastness we call space. We talk at length about the excellent space/science/romance movie, “Contact,” starring Jodi Foster and Matthew McConaughey. And let's not forget Sarah and her mother's shared love of Star Trek: The Next Generation. Related links and rabbit holes: Influence of TV shows, films and books about space: E.T. the Extra Terrestrial, Santa Claus Conquers the Martians, Star Wars, Apollo 13, Stephen Hawking's “A Brief History of Time,” Cosmos: A Spacetime Odyssey, The Right Stuff, more The Right Stuff The Very Large Array Art and science come together in the music of space: Alan Silvestri, composer of the soundtracks for Contact and Cosmos: A Spacetime Odyssey Pine Cones vs Pine Nuts   Question 2: What do we want to learn about space?   Interestingly, we both did research on and want to talk about life beyond our planet, but from slightly different angles.   Sarah takes deep into the Search for Extra Terrestrial Intelligence, particularly the SETI Institute, the non-profit in Silicon Valley that listens to and analyzes the sounds we can hear from space, with the hope of finding intelligent life out there. SETI was founded 1984, by Tom Pierson and astronomer Jill Tarter, and played a large role in “Contact,” which Sarah assigned Bryn to watch as podcast homework before we recorded this episode. Drake Equation  How many habitable planets are there?  Arecibo collapse COOL PODCAST ALERT: The Science of Sci-Fi Podcast, with Erin MacDonald While Sarah dove into the search for extra-terrestrial intelligence, Bryn looked into communication with extraterrestrial intelligence, or CETI. Arecibo message Communication with Extraterrestrial Intelligence by Lambros D. Callimahos at the NSA Do we need a special language to talk to aliens?  How do you communicate with an intelligent entity you know nothing about? Or with whom you have no common cultural background? TANGENT: Bryn explores some examples of this that we already have on Earth:   Plants and animals communicate in ways that we have been able to observe or participate in  Trees Bees Dogs can learn "talk" Apes using sign language   Question 3: What are you excited about regarding space?    Sarah can't wait to get involved in space research, and you can, too!   SETI's Planet Patrol: You can inspect stars from home and help with SETI's research Citizen Science for NASA: Collaborate with NASA scientists on many different projects from your cell phone or laptop. NASA Solve: There are problems to solve, and you can get involved! You might even win a competition.   Bryn is excited to catch the space action as it happens. Here's how you can, too!   International Space Station Sign up for Spot the Station, NASA's official alert system for when the ISS is flying over your area ISS Detector app: Another way to get alerts when the ISS will be overhead, but this one has a live ISS cam! Listen to them talking to each other The Mars Rovers! Expedition Mars: Spirit and Opportunity Perseverance on its way to Mars. Landing in February 2021! spaceplace.nasa.gov Where is the Rover?  Follow Perseverance on Twitter!    Tangents and corrections:   Astronaut ice cream, Reese's Pieces, Pia Zadora, Tang, The Black Hole Bryn got this quote so wrong: “Planting seeds in a garden you never get to see” is a line in the song “The World Was Wide Enough” from Hamilton, an American Musical. She blames the pandemic.   Final Thought:   We wrap it up by revisiting Bryn's husband's statement that space exploration is the manifestation of our biggest dreams, goals and questions as humans. Space exploration, whether up there in rockets, shuttles and space stations or from down here on our home planet, captures and expands our imaginations. It is ambitious, dangerous, difficult and risky. But as Ellie Arroway's father says in the movie “Contact” when she asks him if he thinks there's people on other planets: “I don't know, Sparks. But I guess I'd say if it is just us... seems like an awful waste of space.”    Thank you for joining us for this episode of Totally Tell Me Everything. We're so happy to share this space and time with you.   As always, huge thanks to the totally talented “John Williams of Podcasting,” Rob Dehlinger, his wife, Lisa Dehlinger, and their daughter, Zoe, for our super theme song. Check out Rob's stellar band, the Alpha Rhythm Kings.    We hope you'll come over and sit by us for our next conversation, episode 3...about Books!   About Totally Tell Me Everything   Two friends, one fun topic, three burning questions = lots of fun conversation! Each month we pick a topic and ask each other three questions about it - we learn about the subject, our past and each other. So come sit by us and we'll totally tell you everything!   How To Listen on the Go:   Listen now and leave a Review on Apple Podcasts | Spotify | Amazon Music | Google Podcasts | RSS   If you enjoyed this episode, be sure to leave a podcast rating and review!!   Social Media   Instagram: http://instagram.com/totallytellmeeverything Sarah: http://instagram.com/jeditink Bryn: https://www.instagram.com/brynane/ Join the Skywalking Facebook Group! https://www.facebook.com/groups/488002904732240/   Subscribe to the Skywalking Network Newsletter  

In episode 2 of Totally Tell Me Everything -- a monthly podcast hosted by podcasters and friends, Sarah Woloski and Bryn MacKinnon -- we tackle the topic of Space! As always, we've got three questions to ask and answer about this episode's topic, so let's get to it, shall we?   Question 1: What is it about space and how did your interest in space begin?   Bryn kicks off the conversation (and reveals just how old she really is) with the Space Shuttle program and then quickly diverts us to a downer story about the Space Shuttle Challenger Disaster in 1986. Small redemption in the story about seeing the final space shuttle, Endeavor, on its trip to the California Science Center. Sarah saves the day by sharing the very relatable story of building a remarkably accurate model of the solar system in 3rd grade with her engineer father, Peter Heitman, which sparked her interest in the vastness we call space. We talk at length about the excellent space/science/romance movie, “Contact,” starring Jodi Foster and Matthew McConaughey. And let's not forget Sarah and her mother's shared love of Star Trek: The Next Generation. Related links and rabbit holes: Influence of TV shows, films and books about space: E.T. the Extra Terrestrial, Santa Claus Conquers the Martians, Star Wars, Apollo 13, Stephen Hawking's “A Brief History of Time,” Cosmos: A Spacetime Odyssey, The Right Stuff, more The Right Stuff The Very Large Array Art and science come together in the music of space: Alan Silvestri, composer of the soundtracks for Contact and Cosmos: A Spacetime Odyssey Pine Cones vs Pine Nuts   Question 2: What do we want to learn about space?   Interestingly, we both did research on and want to talk about life beyond our planet, but from slightly different angles.   Sarah takes deep into the Search for Extra Terrestrial Intelligence, particularly the SETI Institute, the non-profit in Silicon Valley that listens to and analyzes the sounds we can hear from space, with the hope of finding intelligent life out there. SETI was founded 1984, by Tom Pierson and astronomer Jill Tarter, and played a large role in “Contact,” which Sarah assigned Bryn to watch as podcast homework before we recorded this episode. Drake Equation  How many habitable planets are there?  Arecibo collapse COOL PODCAST ALERT: The Science of Sci-Fi Podcast, with Erin MacDonald While Sarah dove into the search for extra-terrestrial intelligence, Bryn looked into communication with extraterrestrial intelligence, or CETI. Arecibo message Communication with Extraterrestrial Intelligence by Lambros D. Callimahos at the NSA Do we need a special language to talk to aliens?  How do you communicate with an intelligent entity you know nothing about? Or with whom you have no common cultural background? TANGENT: Bryn explores some examples of this that we already have on Earth:   Plants and animals communicate in ways that we have been able to observe or participate in  Trees Bees Dogs can learn "talk" Apes using sign language   Question 3: What are you excited about regarding space?    Sarah can't wait to get involved in space research, and you can, too!   SETI's Planet Patrol: You can inspect stars from home and help with SETI's research Citizen Science for NASA: Collaborate with NASA scientists on many different projects from your cell phone or laptop. NASA Solve: There are problems to solve, and you can get involved! You might even win a competition.   Bryn is excited to catch the space action as it happens. Here's how you can, too!   International Space Station Sign up for Spot the Station, NASA's official alert system for when the ISS is flying over your area ISS Detector app: Another way to get alerts when the ISS will be overhead, but this one has a live ISS cam! Listen to them talking to each other The Mars Rovers! Expedition Mars: Spirit and Opportunity Perseverance on its way to Mars. Landing in February 2021! spaceplace.nasa.gov Where is the Rover?  Follow Perseverance on Twitter!    Tangents and corrections:   Astronaut ice cream, Reese's Pieces, Pia Zadora, Tang, The Black Hole Bryn got this quote so wrong: “Planting seeds in a garden you never get to see” is a line in the song “The World Was Wide Enough” from Hamilton, an American Musical. She blames the pandemic.   Final Thought:   We wrap it up by revisiting Bryn's husband's statement that space exploration is the manifestation of our biggest dreams, goals and questions as humans. Space exploration, whether up there in rockets, shuttles and space stations or from down here on our home planet, captures and expands our imaginations. It is ambitious, dangerous, difficult and risky. But as Ellie Arroway's father says in the movie “Contact” when she asks him if he thinks there's people on other planets: “I don't know, Sparks. But I guess I'd say if it is just us... seems like an awful waste of space.”    Thank you for joining us for this episode of Totally Tell Me Everything. We're so happy to share this space and time with you.   As always, huge thanks to the totally talented “John Williams of Podcasting,” Rob Dehlinger, his wife, Lisa Dehlinger, and their daughter, Zoe, for our super theme song. Check out Rob's stellar band, the Alpha Rhythm Kings.    We hope you'll come over and sit by us for our next conversation, episode 3...about Books!   About Totally Tell Me Everything   Two friends, one fun topic, three burning questions = lots of fun conversation! Each month we pick a topic and ask each other three questions about it - we learn about the subject, our past and each other. So come sit by us and we'll totally tell you everything!   How To Listen on the Go:   Listen now and leave a Review on Apple Podcasts | Spotify | Amazon Music | Google Podcasts | RSS   If you enjoyed this episode, be sure to leave a podcast rating and review!!   Social Media   Instagram: http://instagram.com/totallytellmeeverything Sarah: http://instagram.com/jeditink Bryn: https://www.instagram.com/brynane/ Join the Skywalking Facebook Group! https://www.facebook.com/groups/488002904732240/   Subscribe to the Skywalking Network Newsletter  

In episode 2 of Totally Tell Me Everything -- a monthly podcast hosted by podcasters and friends, Sarah Woloski and Bryn MacKinnon -- we tackle the topic of Space! As always, we've got three questions to ask and answer about this episode's topic, so let's get to it, shall we?   Question 1: What is it about space and how did your interest in space begin?   Bryn kicks off the conversation (and reveals just how old she really is) with the Space Shuttle program and then quickly diverts us to a downer story about the Space Shuttle Challenger Disaster in 1986. Small redemption in the story about seeing the final space shuttle, Endeavor, on its trip to the California Science Center. Sarah saves the day by sharing the very relatable story of building a remarkably accurate model of the solar system in 3rd grade with her engineer father, Peter Heitman, which sparked her interest in the vastness we call space. We talk at length about the excellent space/science/romance movie, “Contact,” starring Jodi Foster and Matthew McConaughey. And let's not forget Sarah and her mother's shared love of Star Trek: The Next Generation. Related links and rabbit holes: Influence of TV shows, films and books about space: E.T. the Extra Terrestrial, Santa Claus Conquers the Martians, Star Wars, Apollo 13, Stephen Hawking's “A Brief History of Time,” Cosmos: A Spacetime Odyssey, The Right Stuff, more The Right Stuff The Very Large Array Art and science come together in the music of space: Alan Silvestri, composer of the soundtracks for Contact and Cosmos: A Spacetime Odyssey Pine Cones vs Pine Nuts   Question 2: What do we want to learn about space?   Interestingly, we both did research on and want to talk about life beyond our planet, but from slightly different angles.   Sarah takes deep into the Search for Extra Terrestrial Intelligence, particularly the SETI Institute, the non-profit in Silicon Valley that listens to and analyzes the sounds we can hear from space, with the hope of finding intelligent life out there. SETI was founded 1984, by Tom Pierson and astronomer Jill Tarter, and played a large role in “Contact,” which Sarah assigned Bryn to watch as podcast homework before we recorded this episode. Drake Equation  How many habitable planets are there?  Arecibo collapse COOL PODCAST ALERT: The Science of Sci-Fi Podcast, with Erin MacDonald While Sarah dove into the search for extra-terrestrial intelligence, Bryn looked into communication with extraterrestrial intelligence, or CETI. Arecibo message Communication with Extraterrestrial Intelligence by Lambros D. Callimahos at the NSA Do we need a special language to talk to aliens?  How do you communicate with an intelligent entity you know nothing about? Or with whom you have no common cultural background? TANGENT: Bryn explores some examples of this that we already have on Earth:   Plants and animals communicate in ways that we have been able to observe or participate in  Trees Bees Dogs can learn "talk" Apes using sign language   Question 3: What are you excited about regarding space?    Sarah can't wait to get involved in space research, and you can, too!   SETI's Planet Patrol: You can inspect stars from home and help with SETI's research Citizen Science for NASA: Collaborate with NASA scientists on many different projects from your cell phone or laptop. NASA Solve: There are problems to solve, and you can get involved! You might even win a competition.   Bryn is excited to catch the space action as it happens. Here's how you can, too!   International Space Station Sign up for Spot the Station, NASA's official alert system for when the ISS is flying over your area ISS Detector app: Another way to get alerts when the ISS will be overhead, but this one has a live ISS cam! Listen to them talking to each other The Mars Rovers! Expedition Mars: Spirit and Opportunity Perseverance on its way to Mars. Landing in February 2021! spaceplace.nasa.gov Where is the Rover?  Follow Perseverance on Twitter!    Tangents and corrections:   Astronaut ice cream, Reese's Pieces, Pia Zadora, Tang, The Black Hole Bryn got this quote so wrong: “Planting seeds in a garden you never get to see” is a line in the song “The World Was Wide Enough” from Hamilton, an American Musical. She blames the pandemic.   Final Thought:   We wrap it up by revisiting Bryn's husband's statement that space exploration is the manifestation of our biggest dreams, goals and questions as humans. Space exploration, whether up there in rockets, shuttles and space stations or from down here on our home planet, captures and expands our imaginations. It is ambitious, dangerous, difficult and risky. But as Ellie Arroway's father says in the movie “Contact” when she asks him if he thinks there's people on other planets: “I don't know, Sparks. But I guess I'd say if it is just us... seems like an awful waste of space.”    Thank you for joining us for this episode of Totally Tell Me Everything. We're so happy to share this space and time with you.   As always, huge thanks to the totally talented “John Williams of Podcasting,” Rob Dehlinger, his wife, Lisa Dehlinger, and their daughter, Zoe, for our super theme song. Check out Rob's stellar band, the Alpha Rhythm Kings.    We hope you'll come over and sit by us for our next conversation, episode 3...about Books!   About Totally Tell Me Everything   Two friends, one fun topic, three burning questions = lots of fun conversation! Each month we pick a topic and ask each other three questions about it - we learn about the subject, our past and each other. So come sit by us and we'll totally tell you everything!   How To Listen on the Go:   Listen now and leave a Review on Apple Podcasts | Spotify | Amazon Music | Google Podcasts | RSS   If you enjoyed this episode, be sure to leave a podcast rating and review!!   Social Media   Instagram: http://instagram.com/totallytellmeeverything Sarah: http://instagram.com/jeditink Bryn: https://www.instagram.com/brynane/ Join the Skywalking Facebook Group! https://www.facebook.com/groups/488002904732240/   Subscribe to the Skywalking Network Newsletter