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Né en 1958, Jean Dalibard est un ancien élève de l'École normale supérieure (1977-1981). Il a soutenu sa thèse de doctorat sous la direction de Claude Cohen-Tannoudji en 1986 et a été chercheur au CNRS jusqu'en 2012, date de son élection au Collège de France. Il effectue ses recherches au laboratoire Kastler Brossel. Il est également professeur à l'École polytechnique et il a dirigé l'école de physique des Houches de 2001 à 2006. Il a été chercheur invité au National Institute for Standards and Technology (USA), au Laboratoire Cavendish de l'Université de Cambridge (UK), et il a enseigné dans plusieurs universités étrangères.

Les principaux travaux de Jean Dalibard portent sur la physique atomique et l'optique, et plus particulièrement sur la manipulation d'atomes par des champs électromagnétiques. Ce domaine de recherche est fondé sur le fait que des faisceaux laser aux caractéristiques bien choisies permettent de refroidir un gaz d'atomes ou de molécules. Les températures obtenues sont extrêmement basses, de l'ordre du millionième de degré au dessus du zéro absolu. Elles peuvent donner naissance à de nouveaux états de la matière dont le comportement, régi par la mécanique quantique, diffère fortement de celui des fluides ordinaires.

Les études actuellement en cours dans l'équipe de Jean Dalibard visent à approfondir notre compréhension du comportement de la matière à très basse température. La ligne directrice est le développement d'une « ingénierie quantique » cherchant à reproduire avec les gaz d'atomes froids des situations que l'on rencontre dans d'autres domaines allant de la physique nucléaire à l'astrophysique, en passant par la science des matériaux ; en d'autres termes, ces gaz ultra-froids constituent des « simulateurs » avec lesquels on espère modéliser le comportement d'autres systèmes quantiques plus difficilement contrôlables.
Principales distinctions

Membre de l'Académie des Sciences (2004)
Membre de European Academy of Sciences (2009)
Visiting Fellow de Trinity College, Cambridge (2010)
Membre de l'Academia Europaea (2011)
Fellow de Optical Society of America (2012)

Prix Gustave Ribaud de l'Académie des sciences (1987)
Prix Mergier Bourdeix de l'Académie des sciences (1992)
Prix Jean Ricard de la Société française de physique (2000)
Médaille Blaise Pascal de l'European Academy of Sciences (2009)
Prix des trois physiciens, Fondation de France (2010)
Prix Davisson-Germer de l'American Physical Society (2012)
Prix Max Born de l'American Optical Society (2012)

Né en 1958, Jean Dalibard est un ancien élève de l'École normale supérieure (1977-1981). Il a soutenu sa thèse de doctorat sous la direction de Claude Cohen-Tannoudji en 1986 et a été chercheur au CNRS jusqu'en 2012, date de son élection au Collège de France. Il effectue ses recherches au laboratoire Kastler Brossel. Il est également professeur à l'École polytechnique et il a dirigé l'école de physique des Houches de 2001 à 2006. Il a été chercheur invité au National Institute for Standards and Technology (USA), au Laboratoire Cavendish de l'Université de Cambridge (UK), et il a enseigné dans plusieurs universités étrangères. Les principaux travaux de Jean Dalibard portent sur la physique atomique et l'optique, et plus particulièrement sur la manipulation d'atomes par des champs électromagnétiques. Ce domaine de recherche est fondé sur le fait que des faisceaux laser aux caractéristiques bien choisies permettent de refroidir un gaz d'atomes ou de molécules. Les températures obtenues sont extrêmement basses, de l'ordre du millionième de degré au dessus du zéro absolu. Elles peuvent donner naissance à de nouveaux états de la matière dont le comportement, régi par la mécanique quantique, diffère fortement de celui des fluides ordinaires. Les études actuellement en cours dans l'équipe de Jean Dalibard visent à approfondir notre compréhension du comportement de la matière à très basse température. La ligne directrice est le développement d'une « ingénierie quantique » cherchant à reproduire avec les gaz d'atomes froids des situations que l'on rencontre dans d'autres domaines allant de la physique nucléaire à l'astrophysique, en passant par la science des matériaux ; en d'autres termes, ces gaz ultra-froids constituent des « simulateurs » avec lesquels on espère modéliser le comportement d'autres systèmes quantiques plus difficilement contrôlables. Principales distinctions Membre de l'Académie des Sciences (2004) Membre de European Academy of Sciences (2009) Visiting Fellow de Trinity College, Cambridge (2010) Membre de l'Academia Europaea (2011) Fellow de Optical Society of America (2012) Prix Gustave Ribaud de l'Académie des sciences (1987) Prix Mergier Bourdeix de l'Académie des sciences (1992) Prix Jean Ricard de la Société française de physique (2000) Médaille Blaise Pascal de l'European Academy of Sciences (2009) Prix des trois physiciens, Fondation de France (2010) Prix Davisson-Germer de l'American Physical Society (2012) Prix Max Born de l'American Optical Society (2012)

Atomes et Rayonnement

En este podcast cada semana hablamos de temas para transformar la vida, las relaciones y tener más herramientas para evolucionar, mejorar y encontrarnos

Luis Miguel Tapia Bernal

物理を中心とした科学やテクノロジーなどを肴にゆるく話すポッドキャストです。 #interaxion
https://interaxion-podcast.github.io

物理を中心とした科学やテクノロジーなどを肴にゆるく話すポッドキャストです。 #interaxion https://interaxion-podcast.github.io

Interaxion | 物理系ポッドキャスト

Disini gue biasa dengerin user anonym dari DM instagram @asadalamruang. Dengan adanya podcast gini gue harap bisa jadi cara lain buat berbagi cerita.

Asa Dalam Ruang

El Servicio de Difusión de la Cultura Científica de la Universidad de Extremadura nos acerca a la investigación que se realiza en sus laboratorios en un espacio de radio realizado para la radio de Canal Extremadura.

&nbsp;

El Servicio de Difusión de la Cultura Científica de la Universidad de Extremadura nos acerca a la investigación que se realiza en sus laboratorios en un espacio de radio realizado para la radio de Canal Extremadura.  

Tubo de ensayo

Katie Wood, Physicist, and husband John Wood, Blind Rehab Specialist, laughing with each other about the absurdities, chaos, and wonder all around them in a north suburb of Austin, TX. Passion and curiosity in and beyond the mundane matters.

Knock on Wood

در پادکست آستروپدیا در مورد نجوم, فیزیک و اخترفیزیک خواهید شنید

آستروپدیا | astropedia

4 A.M. Thots

Welcome to the Myth & Mind podcast! I created this podcast to explore different ways to cultivate connection.

Welcome to the Myth &amp; Mind podcast! I created this podcast to explore different ways to cultivate connection.

Myth & Mind

S vědci nejen o vědě, vážně i nevážně.

Podcasty z ELI Beamlines

Dalla fisica alla biologia, passando per storia e psicologia, un podcast sulla scienza dai punti di vista più disparati. Con le voci di Giada, Lucia, Claudia, Chiara, Jacopo, Matteo, Davide e Andrea di WeScience

Dalla fisica alla biologia, passando per storia e psicologia, un podcast sulla scienza dai punti di vista più disparati. Con le voci di Giada, Lucia, Claudia, Chiara, Jacopo, Matteo, Davide e Andrea di WeScience

Punti di Scienza

From a portal in a (not so) distant dimension a channel opened and a voice emerged. Internet radio was never the same. Welcome to the homebase of one of the internet&#x2019;s original alt-media outposts.

From a portal in a (not so) distant dimension a channel opened and a voice emerged. Internet radio was never the same. Welcome to the homebase of one of the internet’s original alt-media outposts.

From a portal in a (not so) distant dimension a channel opened and a voice emerged. Internet radio was never the same. Welcome to the homebase of one of the internet’s original alt-media outposts.

OffPlanet Radio-TV

讲一些碎片化的物理知识点

讲一些碎片化的物理知识点

迷你物理学

Curiuss è un canale di divulgazione scientifica che si occupa di storia della scienza, in particolare Fisica e Astronomia.

Curiuss

Pepite di Scienza è un podcast in cui esplorare i concetti affascinanti che reggono l'universo, con un linguaggio semplice e al tempo stesso rigoroso. Un podcast a cura di Simone Baroni, fisico, divulgatore scientifico e professore di fisica all'Universitat Autònoma de Barcelona, in Spagna.
Pepite di Scienza è anche un canale YouTube: https://www.youtube.com/@PepitediScienza
Ci trovi anche su Instagram: https://www.instagram.com/pepitediscienza
Buon ascolto!

Pepite di Scienza è un podcast in cui esplorare i concetti affascinanti che reggono l'universo, con un linguaggio semplice e al tempo stesso rigoroso. Un podcast a cura di Simone Baroni, fisico, divulgatore scientifico e professore di fisica all'Universitat Autònoma de Barcelona, in Spagna. Pepite di Scienza è anche un canale YouTube: https://www.youtube.com/@PepitediScienza Ci trovi anche su Instagram: https://www.instagram.com/pepitediscienza Buon ascolto!

Pepite di Scienza

Разбираемся в дебрях физики. Подкаст <a href="https://www.youtube.com/channel/UC4hzxZsp8cuLROvcUkG59qQ">YouTube-канала "Дебри физики"</a>. Здесь мы отвечаем на самые интересные вопросы: что такое материя, почему скорость света именно такая, как превратить материю в энергию или что такое информация с физической точки зрения. Когда вы узнаете насколько в физике много всего интересного, то пожалеете, что в школе не особенно тщательно изучали этот великолепный предмет. Любая физика подходит к философии, потому поговорим и об этом. Затрагиваем такие темы, как парадокс Ферми или становление Вселенной.Автор проекта к.т.н., Юрий Трифонов - научный сотрудник, популяризатор науки, автор книг и учебных пособий. Руководит проектами в Телеграм "<a href="https://https://t.me/+T0xL6O4cMU23HPyh">Дебри Физики</a>" и "<a href="https://t.me/+sGiGkXsjDfZlNzcy">Изобретатель</a>".

Разбираемся в дебрях физики. Подкаст YouTube-канала "Дебри физики". Здесь мы отвечаем на самые интересные вопросы: что такое материя, почему скорость света именно такая, как превратить материю в энергию или что такое информация с физической точки зрения. Когда вы узнаете насколько в физике много всего интересного, то пожалеете, что в школе не особенно тщательно изучали этот великолепный предмет. Любая физика подходит к философии, потому поговорим и об этом. Затрагиваем такие темы, как парадокс Ферми или становление Вселенной.Автор проекта к.т.н., Юрий Трифонов - научный сотрудник, популяризатор науки, автор книг и учебных пособий. Руководит проектами в Телеграм "Дебри Физики" и "Изобретатель".

Разбираемся в дебрях физики. Подкаст <a href="https://www.youtube.com/channel/UC4hzxZsp8cuLROvcUkG59qQ" rel="noopener noreferrer">YouTube-канала "Дебри физики"</a>.&nbsp;Здесь мы отвечаем на самые интересные вопросы: что такое материя, почему скорость света именно такая, как превратить материю в энергию или что такое информация с физической точки зрения. Когда вы узнаете насколько в физике много всего интересного, то пожалеете, что в школе не особенно тщательно изучали этот великолепный предмет. Любая физика подходит к философии, потому поговорим и об этом. Затрагиваем такие темы, как парадокс Ферми или становление Вселенной.Автор проекта к.т.н., Юрий Трифонов - научный сотрудник, популяризатор науки, автор книг и учебных пособий. Руководит проектами в Телеграм "<a href="https://https://t.me/+T0xL6O4cMU23HPyh" rel="noopener noreferrer">Дебри Физики</a>" и "<a href="https://t.me/+sGiGkXsjDfZlNzcy" rel="noopener noreferrer">Изобретатель</a>".

Физика Наоборот

<div>The Large Hadron Collider is best known to collide protons. At CERN, every morning, scientists are known to collide something else as well – coffee and conversations. Just like a perfect blend of coffee, the Emc2 video podcast brings you the hottest science topics straight from the scientists of CERN. </div>

The Large Hadron Collider is best known to collide protons. At CERN, every morning, scientists are known to collide something else as well – coffee and conversations. Just like a perfect blend of coffee, the Emc2 video podcast brings you the hottest science topics straight from the scientists of CERN.

The Large Hadron Collider is best known to collide protons. At CERN, every morning, scientists are known to collide something else as well – coffee and conversations. Just like a perfect blend of coffee, the Emc2 video podcast brings you the hottest science topics straight from the scientists of CERN.&nbsp;

Early Morning Coffee at CERN

The Last Theory is an easy-to-follow exploration of what might be the last theory of physics. In 2020, Stephen Wolfram launched the Wolfram Physics Project to find the elusive fundamental theory that explains everything. On The Last Theory podcast, I investigate the implications of Wolfram's ideas and dig into the details of how his universe works. Join me for fresh insights into Wolfram Physics every other week.

The Last Theory

Analyzing exciting elevator scenes in fictional movies, shows, and books by applying technical elevator concepts. Discussion of how plausible or implausible each scene would be in real life.&nbsp;

Analyzing exciting elevator scenes in fictional movies, shows, and books by applying technical elevator concepts. Discussion of how plausible or implausible each scene would be in real life. 

Elevators Uncut

Faith. Growth. Real Talk. This isn’t your typical Christian podcast — it’s a space where truth hits hard, healing gets real, and you’re reminded who God designed you to be. Redefined is where faith meets self-mastery, where scripture collides with strategy, and where we talk about everything from mental health and mindset to spirituality, purpose, entrepreneurship, and holistic living — all rooted in the Word, but never stuck in religion. Hosted by Bkmystro, a creative disciple, entrepreneur, and truth-seeker who’s on a mission to elevate minds, awaken purpose, and disrupt the lies we’ve been told about identity, discipline, and healing. If you’re tired of surface-level spirituality and motivational fluff…If you’re hungry for wisdom that transforms, stories that hit, and a community that laughs, learns, and levels up together…You’re in the right place. Here, we’re unlearning the noise. Rewriting the narrative.And learning how to walk as sons and daughters of the Kingdom — with power, peace, and purpose.

Faith. Growth. Real Talk. This isn’t your typical Christian podcast — it’s a space where truth hits hard, healing gets real, and you’re reminded who God designed you to be. Redefined is where faith meets self-mastery, where scripture collides with strategy, and where we talk about everything from mental health and mindset to spirituality, purpose, entrepreneurship, and holistic living — all rooted in the Word, but never stuck in religion. Hosted by Bkmystro, a creative disciple, entrepreneur, and truth-seeker who’s on a mission to elevate minds, awaken purpose, and disrupt the lies we’ve been told about identity, discipline, and healing. If you’re tired of surface-level spirituality and motivational fluff… If you’re hungry for wisdom that transforms, stories that hit, and a community that laughs, learns, and levels up together… You’re in the right place. Here, we’re unlearning the noise. Rewriting the narrative. And learning how to walk as sons and daughters of the Kingdom — with power, peace, and purpose.

Redefined

The show which dissects the thought-provoking curiosities, of our bizarre reality. Discussing topics ranging from quantum physics to the mystic arts, and many things in between. Our hope is to provide you with more questions and opportunities for personal paradigm shifts, in addition to any entertainment value. The more that scientific discovery expands beyond the ordinary, the closer it appears that we will begin to bridge the chasm between scientific fact and superstitious faith. The next frontier is beyond the fabric of the space-time continuum, and we are once again children imagining dragons in the darkness (metaphorically speaking). Roy Boy’Tell is a Chemical Engineer by trade but has always been interested in figuring out why things are the way they are. He’s excited to present these topics for you to contemplate, and to open up entirely new ways for you to conceptualize reality. Subscribe, and prepare to take an intellectual journey into the next frontier.

NLITN Radio

Een podcast van de Nederlandse Transplantatie Stichting voor medisch professionals. In elke aflevering vertelt een professional over een gesprek over donatie dat is bijgebleven. Wat gebeurde er in dit gesprek of deze procedure, en waarom maakte juist dit gesprek indruk? Wat leerden zij van deze gesprekken, wat misschien ook voor andere professionals leerzaam kan zijn? 
 
 
In de serie komen verschillende onderwerpen aan bod, zoals donatie bij leven, weefseldonatie, orgaandonatie na euthanasie en een kind als donor. Je hoort intensivisten, orgaandonatiecoördinatoren, een medisch maatschappelijk werker en een donatiecoördinator. 
 Presentatie en productie: Zegert van der Linde.

Een podcast van de Nederlandse Transplantatie Stichting voor medisch professionals. In elke aflevering vertelt een professional over een gesprek over donatie dat is bijgebleven. Wat gebeurde er in dit gesprek of deze procedure, en waarom maakte juist dit gesprek indruk? Wat leerden zij van deze gesprekken, wat misschien ook voor andere professionals leerzaam kan zijn? In de serie komen verschillende onderwerpen aan bod, zoals donatie bij leven, weefseldonatie, orgaandonatie na euthanasie en een kind als donor. Je hoort intensivisten, orgaandonatiecoördinatoren, een medisch maatschappelijk werker en een donatiecoördinator. Presentatie en productie: Zegert van der Linde.

Recht uit het hart

Clear and Present provides a bi-weekly forum for today’s leaders in biodefense science and policy to address the most cutting-edged and provocative topics and ideas in biomedicine, biowarfare, and national and global biosecurity. Hosted by Dr. James Giordano, Executive Director of the Institute for Biodefense Research, a federally supported metropolitan Washington DC think tank, the Clear and Present podcast brings listeners insightful discussion of major trends, challenges, and opportunities arising in and from the intersection of the ever-advancing fields of bioscience and their impact upon biowarfare, biosecurity, and biodefense - both nationally and upon the contemporary world stage.

Clear and Present

因为所以科学道理，科学本身就是因果。可这果真的是你能改变很多的吗？是否是生来注定的？什么样的果才是真正的好果子，才能保存长久，才符合大道呢？你想知道吗？

因为所以科学道理，科学本身就是因果。可这果真的是你能改变很多的吗？是否是生来注定的？什么样的果才是真正的好果子，才能保存长久，才符合大道呢？你想知道吗？

因为所以科学道理，科学本身就是因果。可这果真的是你能改变很多的吗？是否是生来注定的？什么样的果才是真正的好果子，才能保存长久，才符合大道呢？你想知道吗？

We will tell you about the history of our Solar System

We will tell you about the history of our Solar System

Exploring the Solar System

China on The Moon: Pioneering a New Era of Lunar Exploration In the grand tapestry of human exploration, the Moon has always held a special place. It has been a source of wonder, inspiration, and scientific curiosity for centuries. As we stand on the threshold of a new era in lunar exploration, one nation has emerged as a leading protagonist in this cosmic adventure: China. With its ambitious lunar exploration program, China is not only unraveling the secrets of our celestial neighbor but also pioneering a path for future generations to follow. The Chinese lunar exploration program is a testament to the indomitable human spirit, the thirst for knowledge, and the boundless possibilities that await us in the cosmos. It is a story of perseverance, innovation, and the relentless pursuit of scientific excellence. As we embark on this journey through China's lunar odyssey, we will witness the triumphs and challenges that have shaped this remarkable endeavor. To understand the significance of China's lunar exploration program, we must first delve into the annals of history. China's fascination with the Moon dates back centuries, interwoven with its rich cultural heritage and scientific traditions. From ancient myths and legends to the pioneering work of Chinese astronomers, the Moon has always held a special place in the Chinese consciousness. However, it was not until the latter half of the 20th century that China's space ambitions began to take shape. The establishment of the China National Space Administration (CNSA) in 1993 marked a turning point, signaling the nation's determination to become a major player in the global space arena. This was followed by the launch of the Chang'e program in the early 2000s, named after the Chinese moon goddess, which would become the cornerstone of China's lunar exploration efforts. The Chang'e 1 and 2 missions were the first steps in this grand voyage of discovery. Launched in 2007 and 2010 respectively, these orbiters were designed to map the lunar surface and gather crucial data on its composition. The success of these missions demonstrated China's growing capabilities in space technology and paved the way for even more ambitious endeavors. The Chang'e program has been a series of remarkable achievements, each building upon the success of its predecessor. The Chang'e 3 mission, launched in 2013, marked a historic milestone as it achieved the first soft landing on the Moon since the Soviet Luna 24 mission in 1976. The mission's Yutu rover, named after the mythical jade rabbit, became the first Chinese rover to explore the lunar surface. Equipped with an array of scientific instruments, Yutu provided unprecedented insights into the Moon's geology and composition, unraveling mysteries that had remained hidden for eons. 
But perhaps the most audacious and groundbreaking mission of the Chang'e program was Chang'e 4. Launched in December 2018, this mission accomplished a feat that had never been attempted before: a so

This content was created in partnership and with the help of Artificial Intelligence AI.

China on The Moon: Pioneering a New Era of Lunar Exploration In the grand tapestry of human exploration, the Moon has always held a special place. It has been a source of wonder, inspiration, and scientific curiosity for centuries. As we stand on the threshold of a new era in lunar exploration, one nation has emerged as a leading protagonist in this cosmic adventure: China. With its ambitious lunar exploration program, China is not only unraveling the secrets of our celestial neighbor but also pioneering a path for future generations to follow. The Chinese lunar exploration program is a testament to the indomitable human spirit, the thirst for knowledge, and the boundless possibilities that await us in the cosmos. It is a story of perseverance, innovation, and the relentless pursuit of scientific excellence. As we embark on this journey through China's lunar odyssey, we will witness the triumphs and challenges that have shaped this remarkable endeavor. To understand the significance of China's lunar exploration program, we must first delve into the annals of history. China's fascination with the Moon dates back centuries, interwoven with its rich cultural heritage and scientific traditions. From ancient myths and legends to the pioneering work of Chinese astronomers, the Moon has always held a special place in the Chinese consciousness. However, it was not until the latter half of the 20th century that China's space ambitions began to take shape. The establishment of the China National Space Administration (CNSA) in 1993 marked a turning point, signaling the nation's determination to become a major player in the global space arena. This was followed by the launch of the Chang'e program in the early 2000s, named after the Chinese moon goddess, which would become the cornerstone of China's lunar exploration efforts. The Chang'e 1 and 2 missions were the first steps in this grand voyage of discovery. Launched in 2007 and 2010 respectively, these orbiters were designed to map the lunar surface and gather crucial data on its composition. The success of these missions demonstrated China's growing capabilities in space technology and paved the way for even more ambitious endeavors. The Chang'e program has been a series of remarkable achievements, each building upon the success of its predecessor. The Chang'e 3 mission, launched in 2013, marked a historic milestone as it achieved the first soft landing on the Moon since the Soviet Luna 24 mission in 1976. The mission's Yutu rover, named after the mythical jade rabbit, became the first Chinese rover to explore the lunar surface. Equipped with an array of scientific instruments, Yutu provided unprecedented insights into the Moon's geology and composition, unraveling mysteries that had remained hidden for eons. But perhaps the most audacious and groundbreaking mission of the Chang'e program was Chang'e 4. Launched in December 2018, this mission accomplished a feat that had never been attempted before: a so This content was created in partnership and with the help of Artificial Intelligence AI.

China on The Moon

Engineering have a lot of little details that could seem stupid, unnecessary or trivial, but once you discover why are they there, actually it can be really intersting, clever or elegant!

Engineering have a lot of little details that could seem stupid, unnecessary or trivial, but once you discover why are they there, actually it can be really intersting, clever or elegant!

If it is stupid but it works...

Step into the ZenPhysics podcast, where the mysteries of the universe unfold in your ears. Engage with the enigmatic world of physics in a way that's soothing yet stimulating. 

Each episode, we journey through the cosmos and into the quantum depths, breaking down complex theories into serene, digestible discussions. Perfect for your morning commute or a reflective evening, ZenPhysics transforms the way you connect with science. 

Subscribe now to discover how the fundamental forces of nature touch every aspect of our lives, delivered with a sense of wonder and boundless joy.

Step into the ZenPhysics podcast, where the mysteries of the universe unfold in your ears. Engage with the enigmatic world of physics in a way that's soothing yet stimulating. Each episode, we journey through the cosmos and into the quantum depths, breaking down complex theories into serene, digestible discussions. Perfect for your morning commute or a reflective evening, ZenPhysics transforms the way you connect with science. Subscribe now to discover how the fundamental forces of nature touch every aspect of our lives, delivered with a sense of wonder and boundless joy.

Zen Physics

Welcome to the Quest for Christ podcast, where we seek for light and truth in all spiritual beliefs. Whether you believe in God, Jesus Christ, immortal beings, or even something greater than yourself, I hope you feel loved and welcome here. This is a place for open-minded discussion, where communication is expressed with love and respect.In this podcast, we listen to understand. I believe in Jesus Christ. I believe that he is the source of pure love, light, and truth, and that he is everywhere and in everything.I also believe that we are here on earth to learn how to connect with each other, to learn how to live in pure love. But instead of focusing on the ways that we are different, let&#39;s focus on what connects us. I hope you find joy and enlightenment as you come with me on this journey through time, space, and history. We will explore spiritual texts, beliefs, and cultures, in an effort to gain a better understanding of each other so that we can become united in light and truth. As we Quest for Christ.

Welcome to the Quest for Christ podcast, where we seek for light and truth in all spiritual beliefs. Whether you believe in God, Jesus Christ, immortal beings, or even something greater than yourself, I hope you feel loved and welcome here. This is a place for open-minded discussion, where communication is expressed with love and respect. In this podcast, we listen to understand. I believe in Jesus Christ. I believe that he is the source of pure love, light, and truth, and that he is everywhere and in everything. I also believe that we are here on earth to learn how to connect with each other, to learn how to live in pure love. But instead of focusing on the ways that we are different, let's focus on what connects us. I hope you find joy and enlightenment as you come with me on this journey through time, space, and history. We will explore spiritual texts, beliefs, and cultures, in an effort to gain a better understanding of each other so that we can become united in light and truth. As we Quest for Christ.

Welcome to the Quest for Christ podcast, where we seek for light and truth in all spiritual beliefs. Whether you believe in God, Jesus Christ, immortal beings, or even something greater than yourself, I hope you feel loved and welcome here. This is a place for open-minded discussion, where communication is expressed with love and respect.In this podcast, we listen to understand. I believe in Jesus Christ. I believe that he is the source of pure love, light, and truth, and that he is everywhere and in everything.I also believe that we are here on earth to learn how to connect with each other, to learn how to live in pure love. But instead of focusing on the ways that we are different, let's focus on what connects us. I hope you find joy and enlightenment as you come with me on this journey through time, space, and history. We will explore spiritual texts, beliefs, and cultures, in an effort to gain a better understanding of each other so that we can become united in light and truth. As we Quest for Christ.

Quest for Christ Podcast

Thoughts shape Beliefs, which influence DecisionsI have always been a curious kid. I wanted to believe what I learned. But I got tired of not getting straight answers to some of the Big Questions of Life. My quest led me to earn an interdisciplinary PhD in paleoanthropology, neuroscience and theology.As a boots-on-the-ground field explorer to over 100 countries, I seek first-hand confirmation to check the facts of truth claims and to verify evidence for my own inherited beliefs.I will share insights drawn from over 30 years of interdisciplinary scholarship and field exploration to liberate my listeners from bogus claims or inaccurate assumptions.I will offer data mined from a lifetime of travel and investigation as well as insights into inherited, adopted and adapted beliefs. All of the topics will be controversial, and that is okay.Join me on my journey to think things through, as I venture to places beyond my comfort zone, to meet people whose beliefs I do not share, and to learn as well as unlearn what I think I know.Socrates said “The unexamined life is not worth living”. Perhaps this podcast may change how you see the world and help make this planet a better place to live in.Connect with me:Facebook: <a href="https://www.facebook.com/AcademyforChristianThought/" rel="nofollow">ACT - Ron Choong</a>Instagram: <a href="https://www.instagram.com/ron_choong/" rel="nofollow">@ron_choong</a>Website: <a href="https://actministry.org" rel="nofollow">Academy for Christian Thought</a>

Thoughts shape Beliefs, which influence Decisions I have always been a curious kid. I wanted to believe what I learned. But I got tired of not getting straight answers to some of the Big Questions of Life. My quest led me to earn an interdisciplinary PhD in paleoanthropology, neuroscience and theology. As a boots-on-the-ground field explorer to over 100 countries, I seek first-hand confirmation to check the facts of truth claims and to verify evidence for my own inherited beliefs. I will share insights drawn from over 30 years of interdisciplinary scholarship and field exploration to liberate my listeners from bogus claims or inaccurate assumptions. I will offer data mined from a lifetime of travel and investigation as well as insights into inherited, adopted and adapted beliefs. All of the topics will be controversial, and that is okay. Join me on my journey to think things through, as I venture to places beyond my comfort zone, to meet people whose beliefs I do not share, and to learn as well as unlearn what I think I know. Socrates said “The unexamined life is not worth living”. Perhaps this podcast may change how you see the world and help make this planet a better place to live in. Connect with me: Facebook: ACT - Ron Choong Instagram: @ron_choong Website: Academy for Christian Thought

Thoughts shape Beliefs, which influence DecisionsI have always been a curious kid. I wanted to&nbsp;believe&nbsp;what I learned. But I got tired of&nbsp;not&nbsp;getting straight answers to some of the&nbsp;Big&nbsp;Questions of Life.&nbsp;My quest&nbsp;led me to earn an&nbsp;interdisciplinary PhD&nbsp;in&nbsp;paleoanthropology, neuroscience and theology.As a&nbsp;boots-on-the-ground&nbsp;field&nbsp;explorer&nbsp;to&nbsp;over&nbsp;100 countries,&nbsp;I seek&nbsp;first-hand&nbsp;confirmation&nbsp;to&nbsp;check the facts&nbsp;of truth claims and&nbsp;to&nbsp;verify&nbsp;evidence&nbsp;for my own&nbsp;inherited beliefs.I will share&nbsp;insights&nbsp;drawn from over 30 years&nbsp;of interdisciplinary scholarship&nbsp;and&nbsp;field exploration&nbsp;to&nbsp;liberate&nbsp;my listeners from bogus claims&nbsp;or&nbsp;inaccurate assumptions.I will offer data&nbsp;mined from a lifetime of travel and investigation as well as insights&nbsp;into inherited, adopted and adapted beliefs. All of the topics will be&nbsp;controversial, and that is okay.Join me on my journey to&nbsp;think things through,&nbsp;as I venture&nbsp;to&nbsp;places beyond my comfort zone,&nbsp;to meet&nbsp;people whose beliefs I do not share,&nbsp;and&nbsp;to learn as well as unlearn&nbsp;what&nbsp;I think I know.Socrates said “The unexamined life is not worth living”.&nbsp;Perhaps this podcast may change how you see the world and&nbsp;help make this planet a better place to live in.Connect with me:Facebook: <a href="https://www.facebook.com/AcademyforChristianThought/" rel="noopener noreferrer">ACT - Ron Choong</a>Instagram: <a href="https://www.instagram.com/ron_choong/" rel="noopener noreferrer">@ron_choong</a>Website: <a href="https://actministry.org" rel="noopener noreferrer">Academy for Christian Thought</a>

Thinking Things Through with Ron Choong

J. Robert Oppenheimer: The Architect of the Atomic Bomb 
J. Robert Oppenheimer (1904-1967) was an eminent American theoretical physicist who made seminal contributions to the development of modern physics in the early 20th century. However, he is best known as the scientific director of the Manhattan Project - the United States' secret program during World War II that developed the world's first atomic bombs. After the war, Oppenheimer became a chief advisor to the newly created Atomic Energy Commission and devoted himself to international control of atomic energy and blocking the nuclear arms race with the Soviet Union. Still, his pivotal role in creating the ultimate weapon of mass destruction would forever associate him primarily as the architect behind the devastating power of the atomic bomb. 
Growing Up in New York's Intellectual Circles 
Born in New York City in 1904 to German Jewish immigrant parents, Oppenheimer grew up in an elite cultural environment encouraged by his father's successful textile import business. Young "Robert" retreated often to the family library absorbing classic world literature and learning four languages, though he struggled to relate to peers in school. As an undergraduate attending Harvard, he impressed leading physicists like J.J. Thomson before pursuing graduate study overseas under iconic physics giants like Max Born and Niels Bohr who became influential lifelong mentors. Oppenheimer also pursued Eastern philosophy like yoga and Buddhism which contributed to unorthodox teaching methods later known for stimulating students to think independently outside rigid calculations. 
Groundbreaking Discoveries in Theoretical Physics 
Returning to the US in 1929 to teach physics at Berkeley and Caltech, Oppenheimer distinguished himself as an approachable but intensely rigorous instructor who could simplify complex quantum concepts innovatively. His prolific theoretical research and publications also earned respect of luminaries like Albert Einstein and Enrico Fermi for reconceptualizing cosmic ray showers. As Berkeley Radiation Laboratory director, Oppenheimer attracted and nurtured a cadre of young physicists creating a nexus between European advances and American innovation. 
When WWII broke out, expert administrators organizing Allied atomic weapons research quickly recognized Oppenheimer's talent for managing meticulous interdisciplinary teams on nearly impossible deadlines. His uncommon leadership was known for reconciling clashing expert egos into cooperative knowledge sharing. Accordingly, the Manhattan Project's creators selected Oppenheimer to spearhead its hub science laboratory in secret New Mexico wilderness. 
Head of the Manhattan Project 
On July 16, 1945, Oppenheimer oversaw the very first nuclear weapon test code-named "Trinity" at Los Alamos - an unforgettable moment searing his conflicted legacy into history as he watched his own creation unleash the power of a miniature Sun. A few weeks later when the

This content was created in partnership and with the help of Artificial Intelligence AI.

J. Robert Oppenheimer: The Architect of the Atomic Bomb J. Robert Oppenheimer (1904-1967) was an eminent American theoretical physicist who made seminal contributions to the development of modern physics in the early 20th century. However, he is best known as the scientific director of the Manhattan Project - the United States' secret program during World War II that developed the world's first atomic bombs. After the war, Oppenheimer became a chief advisor to the newly created Atomic Energy Commission and devoted himself to international control of atomic energy and blocking the nuclear arms race with the Soviet Union. Still, his pivotal role in creating the ultimate weapon of mass destruction would forever associate him primarily as the architect behind the devastating power of the atomic bomb. Growing Up in New York's Intellectual Circles Born in New York City in 1904 to German Jewish immigrant parents, Oppenheimer grew up in an elite cultural environment encouraged by his father's successful textile import business. Young "Robert" retreated often to the family library absorbing classic world literature and learning four languages, though he struggled to relate to peers in school. As an undergraduate attending Harvard, he impressed leading physicists like J.J. Thomson before pursuing graduate study overseas under iconic physics giants like Max Born and Niels Bohr who became influential lifelong mentors. Oppenheimer also pursued Eastern philosophy like yoga and Buddhism which contributed to unorthodox teaching methods later known for stimulating students to think independently outside rigid calculations. Groundbreaking Discoveries in Theoretical Physics Returning to the US in 1929 to teach physics at Berkeley and Caltech, Oppenheimer distinguished himself as an approachable but intensely rigorous instructor who could simplify complex quantum concepts innovatively. His prolific theoretical research and publications also earned respect of luminaries like Albert Einstein and Enrico Fermi for reconceptualizing cosmic ray showers. As Berkeley Radiation Laboratory director, Oppenheimer attracted and nurtured a cadre of young physicists creating a nexus between European advances and American innovation. When WWII broke out, expert administrators organizing Allied atomic weapons research quickly recognized Oppenheimer's talent for managing meticulous interdisciplinary teams on nearly impossible deadlines. His uncommon leadership was known for reconciling clashing expert egos into cooperative knowledge sharing. Accordingly, the Manhattan Project's creators selected Oppenheimer to spearhead its hub science laboratory in secret New Mexico wilderness. Head of the Manhattan Project On July 16, 1945, Oppenheimer oversaw the very first nuclear weapon test code-named "Trinity" at Los Alamos - an unforgettable moment searing his conflicted legacy into history as he watched his own creation unleash the power of a miniature Sun. A few weeks later when the This content was created in partnership and with the help of Artificial Intelligence AI.

Robert Openhiemer - Audio Biography

Los académicos del departamento de Ciencias Físicas de la UFRO, nos cuentan sus anécdotas, memorias y actuales investigaciones. Dedicado a la comunidad universitaria y a los amantes de la ciencia.

En las Fronteras de la Física

insideQuantum tells the human stories behind cutting-edge developments in quantum technology, with the aim of highlighting the diverse range of people behind the amazing discoveries powering the quantum revolution. Each episode features a different guest, chosen from a wide variety of backgrounds, jobs and career stages, including guests from both academia and industry. Over the course of a 30-40 minute chat we'll hear all about their story, and how they got to where they are now. What got them interested in quantum physics? Where did they start, what has their journey so far been like, what advice do they have for others interested in getting into the field, and what do they think the future holds for quantum technologies?

insideQuantum tells the human stories behind cutting-edge developments in quantum technology, with the aim of highlighting the diverse range of people behind the amazing discoveries powering the quantum revolution. Each episode features a different guest, chosen from a wide variety of backgrounds, jobs and career stages, including guests from both academia and industry. Over the course of a 30-40 minute chat we'll hear all about their story, and how they got to where they are now. What got them interested in quantum physics? Where did they start, what has their journey so far been like, what advice do they have for others interested in getting into the field, and what do they think the future holds for quantum technologies?

Physics Podcasts / Page 14

Atomes et Rayonnement

Luis Miguel Tapia Bernal

Interaxion | 物理系ポッドキャスト

Asa Dalam Ruang

Tubo de ensayo

Knock on Wood

آستروپدیا | astropedia

4 A.M. Thots

Myth & Mind

Podcasty z ELI Beamlines

Punti di Scienza

OffPlanet Radio-TV

迷你物理学

Curiuss

Pepite di Scienza

Физика Наоборот

Early Morning Coffee at CERN

The Last Theory

Elevators Uncut

Redefined

NLITN Radio

Recht uit het hart

Clear and Present

果

Exploring the Solar System

China on The Moon

If it is stupid but it works...

Zen Physics

Quest for Christ Podcast

Thinking Things Through with Ron Choong

Robert Openhiemer - Audio Biography

En las Fronteras de la Física

insideQuantum

Quantum Computing Summaries

Potential

The Toon Show

After Math

Curiosus Animus

Målepunkt

☠☠ CaptainBlackbeard Radio ☠☠

Обращения к друзьям канала "Астралионика"

Turbulencias atmosféricas

El efecto Doppler en el avión

Science Simplified

HVAC ADHD

FRQNCY

El principio de pascal

Демон Лапласа

Faith & Physics Uncovered with Rodger Price

Science and Discovery