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פודקאסט פורמולה 1 בעברית בהנחיית עמית פרץ ואוריאל בן חיים. 
הפודקאסט הוא תוצר של קבוצת פורמולה אחת בישראל, הקבוצה המובילה לפורמולה אחת ולספורט מוטורי בישראל.

פודקאסט פורמולה 1 בעברית בהנחיית עמית פרץ ואוריאל בן חיים. הפודקאסט הוא תוצר של קבוצת פורמולה אחת בישראל, הקבוצה המובילה לפורמולה אחת ולספורט מוטורי בישראל.

הגריד - פורמולה 1 בישראל

I walk and talk continuously for four hours.

Video version: 
https://www.youtube.com/@BenjaminBennetttt

Subscribe: 
https://www.patreon.com/benjaminbennett

I walk and talk continuously for four hours. Video version: https://www.youtube.com/@BenjaminBennetttt Subscribe: https://www.patreon.com/benjaminbennett

Walking and Talking

ACHTUNG: Wir gehen auf LIVE-TOUR mit "Sag mal, Du als Physiker". Alle Termine findet Ihr hier: https://bit.ly/physikerlive

Noch ein Klima-Podcast? Ja, aber „Jetzt mal ganz in Ruhe“! Michael, Johannes und Jens gehen darin den Geheimnissen des Klimas und der Energiewende auf den Grund – und zwar ganz ruhig, sachlich und für alle verständlich. Ohne erhobenen Zeigefinger, politisches Hick-Hack und Schuldzuweisungen. Und bei aller Ernsthaftigkeit des Themas vor allem: fröhlich. Denn komplexe Zusammenhänge zu verstehen und physikalische Aha-Momente zu erleben macht Spaß. Und der beste Nebeneffekt: Hinterher diskutiert es sich viel informierter über Klimathemen!

Folgt uns gern über unsere Social-Media-Kanäle von "Sag mal, Du als Physiker". Alle Links dorthin findet ihr hier: https://du-als-physiker.de

Michael Büker, Johannes Kückens und Jens Schröder haben sich als beliebte Physik-Erklärer bei Audible einen Namen gemacht. Dort erscheint seit 2018 wöchentlich ihr Podcast „Sag mal, du als Physiker“, in dem sie die Physik hinter den Dingen des Alltags entdecken, die Rätsel des Weltraums ergründen und manchmal sogar Ausflüge in die rätselhafte Quantenwelt machen.

„Jetzt mal ganz in Ruhe“ erscheint wöchentlich immer Dienstags. Der Podcast ist eine Studio Feynstein Produktion und wird im Rahmen eines gemeinsamen Projekts mit der Universität Hamburg von der Deutschen Bundesstiftung Umwelt gefördert.

Du hast Feedback oder Fragen zum Podcast? Dann melde dich gern per E-Mail an: podcast@ganzinruhe.de

Die Links zu den Fragebögen findet Ihr in den Shownotes der einzelnen Folgen: https://ganzinruhe.podigee.io/episodes

Weitere Informationen findet Ihr auf unserer Website: https://du-als-physiker.de

©Studio Feynstein: https://feynstein.de

ACHTUNG: Wir gehen auf LIVE-TOUR mit "Sag mal, Du als Physiker". Alle Termine findet Ihr hier: https://bit.ly/physikerlive Noch ein Klima-Podcast? Ja, aber „Jetzt mal ganz in Ruhe“! Michael, Johannes und Jens gehen darin den Geheimnissen des Klimas und der Energiewende auf den Grund – und zwar ganz ruhig, sachlich und für alle verständlich. Ohne erhobenen Zeigefinger, politisches Hick-Hack und Schuldzuweisungen. Und bei aller Ernsthaftigkeit des Themas vor allem: fröhlich. Denn komplexe Zusammenhänge zu verstehen und physikalische Aha-Momente zu erleben macht Spaß. Und der beste Nebeneffekt: Hinterher diskutiert es sich viel informierter über Klimathemen! Folgt uns gern über unsere Social-Media-Kanäle von "Sag mal, Du als Physiker". Alle Links dorthin findet ihr hier: https://du-als-physiker.de Michael Büker, Johannes Kückens und Jens Schröder haben sich als beliebte Physik-Erklärer bei Audible einen Namen gemacht. Dort erscheint seit 2018 wöchentlich ihr Podcast „Sag mal, du als Physiker“, in dem sie die Physik hinter den Dingen des Alltags entdecken, die Rätsel des Weltraums ergründen und manchmal sogar Ausflüge in die rätselhafte Quantenwelt machen. „Jetzt mal ganz in Ruhe“ erscheint wöchentlich immer Dienstags. Der Podcast ist eine Studio Feynstein Produktion und wird im Rahmen eines gemeinsamen Projekts mit der Universität Hamburg von der Deutschen Bundesstiftung Umwelt gefördert. Du hast Feedback oder Fragen zum Podcast? Dann melde dich gern per E-Mail an: podcast@ganzinruhe.de Die Links zu den Fragebögen findet Ihr in den Shownotes der einzelnen Folgen: https://ganzinruhe.podigee.io/episodes Weitere Informationen findet Ihr auf unserer Website: https://du-als-physiker.de ©Studio Feynstein: https://feynstein.de

Jetzt mal ganz in Ruhe

"Theory of Relativity: Simplified" makes Einstein’s groundbreaking ideas accessible to everyone. We break down complex topics like special relativity, general relativity, time dilation, mass-energy equivalence (E=mc²), and gravitational waves in a clear, step-by-step manner. Discover how time slows down, why moving objects shrink, and how gravity warps spacetime—all explained in a way that anyone can understand. Whether you’re a beginner or just curious, join us to explore the wonders of relativity, one concept at a time. #Relativity #SpecialRelativity #GeneralRelativity #Einstein #TimeDilation #GravitationalWaves #Eequalsmc2 #PhysicsSimplified #TheoryOfRelativity #SpaceTime <hr /> Hosted on Acast. See <a target="_blank" href="https://acast.com/privacy">acast.com/privacy</a> for more information.

"Theory of Relativity: Simplified" makes Einstein’s groundbreaking ideas accessible to everyone. We break down complex topics like special relativity, general relativity, time dilation, mass-energy equivalence (E=mc²), and gravitational waves in a clear, step-by-step manner. Discover how time slows down, why moving objects shrink, and how gravity warps spacetime—all explained in a way that anyone can understand. Whether you’re a beginner or just curious, join us to explore the wonders of relativity, one concept at a time.#Relativity #SpecialRelativity #GeneralRelativity #Einstein #TimeDilation #GravitationalWaves #Eequalsmc2 #PhysicsSimplified #TheoryOfRelativity #SpaceTime Hosted on Acast. See acast.com/privacy for more information.

"Theory of Relativity: Simplified" makes Einstein’s groundbreaking ideas accessible to everyone. We break down complex topics like special relativity, general relativity, time dilation, mass-energy equivalence (E=mc²), and gravitational waves in a clear, step-by-step manner. Discover how time slows down, why moving objects shrink, and how gravity warps spacetime—all explained in a way that anyone can understand. Whether you’re a beginner or just curious, join us to explore the wonders of relativity, one concept at a time. #Relativity #SpecialRelativity #GeneralRelativity #Einstein #TimeDilation #GravitationalWaves #Eequalsmc2 #PhysicsSimplified #TheoryOfRelativity #SpaceTime Hosted on Acast. See <a href="https://acast.com/privacy" rel="noopener noreferrer">acast.com/privacy</a> for more information.

Theory of Relativity: Simplified

Sarah und Lars aus der MDR JUMP Morningshow prüfen gemeinsam mit Experten wilde Internetmythen auf ihren Wahrheitsgehalt. Ist es ein Fakt oder nur ein Fake?

Fakt oder Fake: Internetmythen auf dem Prüfstand – MDR JUMP

Naked Astronomy: the Naked Scientists' Astronomy and Space Science Podcast - audio that's out of this world...

Naked Astronomy, from the Naked Scientists

This podcast will introduce you to brilliant researchers working at the forefront of science, seeking to solve nature’s deepest mysteries – from quantum to cosmos. Learn about their motivations, the challenges they encounter, and the drive that keeps them searching for answers. Join the conversation!

Conversations at the Perimeter

Comments on:

A series of online guest lectures on sports biomechanics topics, suitable for all sport science students.   @biomechstu   stuartmcnaylor.com

A series of online guest lectures on sports biomechanics topics, suitable for all sport science students. @biomechstu stuartmcnaylor.com

Sports Biomechanics Lecture Series

I talk about all sorts of different subjects, but I ask one question to all of my guests.. &#34;Where do thoughts come from?&#34; I have yet to have the same answer twice. I&#39;m trying to constantly explore all the unanswerable questions in life and the occasional fart or dick joke.

I talk about all sorts of different subjects, but I ask one question to all of my guests.. "Where do thoughts come from?" I have yet to have the same answer twice. I'm trying to constantly explore all the unanswerable questions in life and the occasional fart or dick joke.

I talk about all sorts of different subjects, but I ask one question to all of my guests.. "Where do thoughts come from?" I have yet to have the same answer twice. I'm trying to constantly explore all the unanswerable questions in life and the occasional fart or dick joke.

Welcome To My Mind With Dan Hawkes

In diesem Podcast bekommst du Infos rund um die Themen Reizdarm, Dünndarmfehlbesiedelung/SIBO und Darmgesundheit. Ich erzähle dir meine Geschichte, was die führenden Experten zu den Themen sagen, spreche mit weiteren Fachleuten und mit Betroffenen. Damit du Lösungen für dich findest, falls du Beschwerden hast und damit das Thema Reizdarm endlich aus der Tabuzone geholt wird, gibt es hier alle 14 Tage eine neue Folge!

Der Reizdarm Podcast

Your one-stop shop for all quantum phenomenon explained as quickly as possible.
In this podcast, we will go over the various phenomenon that governs the universe right from particle physics all the way to phenomena such as dark energy and matter.

Your one-stop shop for all quantum phenomenon explained as quickly as possible. In this podcast, we will go over the various phenomenon that governs the universe right from particle physics all the way to phenomena such as dark energy and matter.

Quantum to Infinity

Scotland's Secret Space Race takes you into government departments, research labs, launch sites and even into orbit.Dr Murray Collins and Kim McAllister interview politicians, astronauts, space scientists and satellite experts to unveil the incredible innovation going on in Scotland.Wonder where the growth is going to come from post-Covid?The space industry in Scotland is likely to be worth £4bn by 2030 - and the country will soon have launch capacity.

Scotland's Secret Space Race

Scientific Hadra is an Algerian Darija podcast that explains the science behind daily phenomena. Together, we will try to understand how it works! Especially the physics behind stuff!

Scientific Hadra

THE RED PILL PODCASTIt&#39;s one thing reaching enlightenment sitting alone in a cave, meditating for 14 hours a day, but how do we achieve it within this fast passed, hectic modern world? Allow us to take you on an inner journey to learn just how we can live the life we know we were born to live.We will dissolve all the layers of separation and illusion, allowing you to connect back to your true inner/higher self.&#39;I AM&#39;, are the most powerful words in existence. Whatever you put after I AM sets the tone for all your experiences in life.The way you view yourself is the same way others see you, and your relationship with yourself sets the tone for all your relationships in life! Believe you can or believe you can’t and either way you are right!I AM Kaine Stromberg, a Spiritual Guide and Inner Completion Master; Content Creator and Visionary Leader.I AM so excited to share with you, all the information and techniques required for you to join me in living your greatest life. Providing you with the KEI to a world of infinite potential within.Become part of the solution and evolution of humanity.Be the change you wish to see

THE RED PILL PODCASTIt's one thing reaching enlightenment sitting alone in a cave, meditating for 14 hours a day, but how do we achieve it within this fast passed, hectic modern world? Allow us to take you on an inner journey to learn just how we can live the life we know we were born to live.We will dissolve all the layers of separation and illusion, allowing you to connect back to your true inner/higher self.'I AM', are the most powerful words in existence. Whatever you put after I AM sets the tone for all your experiences in life.The way you view yourself is the same way others see you, and your relationship with yourself sets the tone for all your relationships in life! Believe you can or believe you can’t and either way you are right! I AM Kaine Stromberg, a Spiritual Guide and Inner Completion Master; Content Creator and Visionary Leader. I AM so excited to share with you, all the information and techniques required for you to join me in living your greatest life. Providing you with the KEI to a world of infinite potential within. Become part of the solution and evolution of humanity. Be the change you wish to see

THE RED PILL PODCASTIt's one thing reaching enlightenment sitting alone in a cave, meditating for 14 hours a day, but how do we achieve it within this fast passed, hectic modern world? Allow us to take you on an inner journey to learn just how we can live the life we know we were born to live.We will dissolve all the layers of separation and illusion, allowing you to connect back to your true inner/higher self.'I AM', are the most powerful words in existence. Whatever you put after I AM sets the tone for all your experiences in life.The way you view yourself is the same way others see you, and your relationship with yourself sets the tone for all your relationships in life! Believe you can or believe you can’t and either way you are right!I AM Kaine Stromberg, a Spiritual Guide and Inner Completion Master; Content Creator and Visionary Leader.I AM so excited to share with you, all the information and techniques required for you to join me in living your greatest life.&nbsp;Providing you with the KEI to a world of infinite potential within.Become part of the solution and evolution of humanity.Be the change you wish to see

Modern Day Mindfulness! Awaken 2 Life

Vad vet vi om världen? Och hur påverkar vad vi vet det vi gör? Nobelexperten Gustav Källstrand möter forskare, författare och andra experter och utforskar tankar inom vetenskap, litteratur och fred. Och tittar närmare på idéer som varit så bra att de fått Nobelpris.&nbsp; Programledare: Gustav KällstrandProducent: Andreas Viklund En poddserie från Nobelprismuseet och produktionsbolaget filt. . . <hr> Hosted on Acast. See <a style='color:grey;' target='_blank' rel='noopener noreferrer' href='https://acast.com/privacy'>acast.com/privacy</a> for more information.

Vad vet vi om världen? Och hur påverkar vad vi vet det vi gör? Nobelexperten Gustav Källstrand möter forskare, författare och andra experter och utforskar tankar inom vetenskap, litteratur och fred. Och tittar närmare på idéer som varit så bra att de fått Nobelpris.  Programledare: Gustav Källstrand Producent: Andreas Viklund En poddserie från Nobelprismuseet och produktionsbolaget filt. . . Hosted on Acast. See acast.com/privacy for more information.

Vad vet vi om världen? Och hur påverkar vad vi vet det vi gör? Nobelexperten Gustav Källstrand möter forskare, författare och andra experter och utforskar tankar inom vetenskap, litteratur och fred. Och tittar närmare på idéer som varit så bra att de fått Nobelpris.&nbsp; Programledare: Gustav KällstrandProducent: Andreas Viklund En poddserie från Nobelprismuseet och produktionsbolaget filt. . . Hosted on Acast. See <a href="https://acast.com/privacy" rel="noopener noreferrer">acast.com/privacy</a> for more information.

Idéer som förändrar världen

This podcast is hosted by a self-proclaimed discoverer of the "theory of everything", author of the book, "The Instruction Manual: As It Is Written In the Cosmos," and many other equally unregulated traits, Steve Scully.  Unfiltered.  I come as I am.

This podcast is hosted by a self-proclaimed discoverer of the "theory of everything", author of the book, "The Instruction Manual: As It Is Written In the Cosmos," and many other equally unregulated traits, Steve Scully. Unfiltered. I come as I am.

Steve Scully Unfiltered

Looking Glass returns for a third series, focusing on the crucial role physics must play if we are to navigate the climate crisis. In Looking Glass: Climate Solutions, science journalist, podcaster and author Gemma Milne speaks with physicists and other scientists to discuss what hope science has to offer as we face the prospect of a rapidly a warming planet. <hr> Hosted on Acast. See <a style='color:grey;' target='_blank' rel='noopener noreferrer' href='https://acast.com/privacy'>acast.com/privacy</a> for more information.

Looking Glass returns for a third series, focusing on the crucial role physics must play if we are to navigate the climate crisis. In Looking Glass: Climate Solutions, science journalist, podcaster and author Gemma Milne speaks with physicists and other scientists to discuss what hope science has to offer as we face the prospect of a rapidly a warming planet. Hosted on Acast. See acast.com/privacy for more information.

Looking Glass returns for a third series, focusing on the crucial role physics must play if we are to navigate the climate crisis. In Looking Glass: Climate Solutions, science journalist, podcaster and author Gemma Milne speaks with physicists and other scientists to discuss what hope science has to offer as we face the prospect of a rapidly a warming planet. Hosted on Acast. See <a href="https://acast.com/privacy" rel="noopener noreferrer">acast.com/privacy</a> for more information.

Looking Glass

ALLwissen ist ein Podcast zu den großen Fragen aus Astronomie, Raumfahrt und Physik.
Diese reichen von alltäglichen Fragen wie "Warum ist der Himmel blau?" und “Was genau sind eigentlich Sternschnuppen?” bis hin zu den komplexen Themen der Physik, wie der Relativitätstheorie und Dunkler Materie. 

Wir haben es uns zum Ziel gemacht, solche Fragen leicht verständlich, aber trotzdem wissenschaftlich akkurat, in knapp 20 Minuten zu beantworten.
Ihr benötigt keinerlei Vorwissen, nur Interesse - den Rest erledigen wir 😉

ALLwissen ist ein Podcast zu den großen Fragen aus Astronomie, Raumfahrt und Physik. Diese reichen von alltäglichen Fragen wie "Warum ist der Himmel blau?" und “Was genau sind eigentlich Sternschnuppen?” bis hin zu den komplexen Themen der Physik, wie der Relativitätstheorie und Dunkler Materie. Wir haben es uns zum Ziel gemacht, solche Fragen leicht verständlich, aber trotzdem wissenschaftlich akkurat, in knapp 20 Minuten zu beantworten. Ihr benötigt keinerlei Vorwissen, nur Interesse - den Rest erledigen wir 😉

ALLwissen - Große Fragen, kurze Antworten

Kanál plný podcastů popisujících život na pražském Matfyzu, neboli Matematicko-fyzikální fakultě Univerzity Karlovy.

Podcasty z Matfyzu

Всем привет, народ!
Это подкаст Звездануло, в котором я перевожу науку на человеческий язык 😛
Здесь я в основном разбираюсь в интересной, но пугающей физике.
Хотите узнать, что такое черная дыра, как появилась Вселенная, или наконец выяснить, жив ли кот Шрёдингера, или нет? Тогда подписывайтесь и слушайте новые эпизоды раз в две недели. 
Поддержать подкаст материально можно вот тутова: 
<a href="https://boosty.to/zvezdanulo">https://boosty.to/zvezdanulo
</a>А ещё есть группы в телеге и в ВКшечке: 
<a href="https://t.me/zvezdanulo">https://t.me/zvezdanulo
</a><a href="https://vk.com/zvezdanulo">https://vk.com/zvezdanulo
</a>Там у нас бэкстейдж, болталка и прочие интересности.
А если хотите оставить анонимный отзыв, да ещё и помочь мне понять свою аудиторию, можете заполнить вот эту гуглоформу: 
<a href="https://forms.gle/gtL9dCkzp5Cw2Rbq5">https://forms.gle/gtL9dCkzp5Cw2Rbq5
</a>В общем, услышимся в следующем выпуске! 
Ваш звезданутый Рамзяй.

Всем привет, народ! Это подкаст Звездануло, в котором я перевожу науку на человеческий язык 😛 Здесь я в основном разбираюсь в интересной, но пугающей физике. Хотите узнать, что такое черная дыра, как появилась Вселенная, или наконец выяснить, жив ли кот Шрёдингера, или нет? Тогда подписывайтесь и слушайте новые эпизоды раз в две недели. Поддержать подкаст материально можно вот тутова: https://boosty.to/zvezdanulo А ещё есть группы в телеге и в ВКшечке: https://t.me/zvezdanulo https://vk.com/zvezdanulo Там у нас бэкстейдж, болталка и прочие интересности. А если хотите оставить анонимный отзыв, да ещё и помочь мне понять свою аудиторию, можете заполнить вот эту гуглоформу: https://forms.gle/gtL9dCkzp5Cw2Rbq5 В общем, услышимся в следующем выпуске! Ваш звезданутый Рамзяй.

Всем привет, народ!
Это подкаст Звездануло, в котором я перевожу науку на человеческий язык 😛
Здесь я в основном разбираюсь в интересной, но пугающей физике.
Хотите узнать, что такое черная дыра, как появилась Вселенная, или наконец выяснить, жив ли кот Шрёдингера, или нет? Тогда подписывайтесь и слушайте новые эпизоды раз в две недели. 
Поддержать подкаст материально можно вот тутова: 
<a href="https://boosty.to/zvezdanulo" rel="noopener noreferrer">https://boosty.to/zvezdanulo
</a>А ещё есть группы в телеге и в ВКшечке: 
<a href="https://t.me/zvezdanulo" rel="noopener noreferrer">https://t.me/zvezdanulo
</a><a href="https://vk.com/zvezdanulo" rel="noopener noreferrer">https://vk.com/zvezdanulo
</a>Там у нас бэкстейдж, болталка и прочие интересности.
А если хотите оставить анонимный отзыв, да ещё и помочь мне понять свою аудиторию, можете заполнить вот эту гуглоформу: 
<a href="https://forms.gle/gtL9dCkzp5Cw2Rbq5" rel="noopener noreferrer">https://forms.gle/gtL9dCkzp5Cw2Rbq5
</a>В общем, услышимся в следующем выпуске! 
Ваш звезданутый Рамзяй.

Звездануло

Ο διευθυντής του Ευγενίδειου Πλανηταρίου συζητά με τον Μάκη Προβατά τα μυστικά του αινιγματικού, μαγευτικού Σύμπαντος που μας περιβάλλει, σε μουσική υπόκρουση που είναι ευγενική παραχώρηση του Βαγγέλη Παπαθανασίου. Η θεματολογία περιλαμβάνει επίκαιρα και διαχρονικά θέματα που έχουν σχέση γενικότερα με την Επιστήμη και πιο εξειδικευμένα με την Αστροφυσική και τις Διαστημικές Αποστολές.

Τα μονοπάτια των άστρων με τον Διονύση Σιμόπουλο

The Display Show is a talk show hosted by SID Past President Brian Berkeley and sponsored by Nanosys. The show features guests from a wide range of science, technology and business backgrounds who share their experiences developing, producing and shipping cutting-edge displays.

The Display Show is a talk show hosted by SID Past President Brian Berkeley and sponsored by Nanosys. The show features guests from a wide range of science, technology and business backgrounds who share their experiences developing, producing and shipping cutting-edge displays.

The Display Show

Sparks! is an annual thematic event exploring future technology and how it will affect society. The CERN Sparks! Podcast brings together the brightest minds in the chosen field and explores the visions and challenges of the future.

The podcast aims to broach the annual theme with a wider public and allow science lovers to have an insight into future trends from multiple, multidisciplinary angles.

The second season of the CERN Sparks! podcast, hosted by Bruno Giussani: 6 episodes focused on discussing some of the present of health tech and science and taking a deep look at the many exciting, often risky and generally thrilling possibilities of future technologies for health. With Nobel Laureate Jennifer Doudna; the founding father of genomics, George Church; the WHO’s chief scientist, Soumya Swaminathan; and many other guests.

In the first series about Artificial intelligence, hear the sparks fly as Mark Rayner and Abha Eli Phoboo collide pairs of the leading coders, neuroscientists, entrepreneurs, philosophers, psychologists and physicists who are shaping the future.

CERN - the European Organization for Nuclear Research, is the largest particle physics laboratory in the world. Established in 1954, it is derived from the French acronym Conseil européen pour la recherche nucléaire. We probe the fundamental structure of the particles that make up everything around us.

Production
CERN, Geneva: Claudia Marcelloni, Lila Mabiala, Sofia Hurst
Whistledown Productions, London: Will Yates and Sandra Kanthal
Copyright: CERN, 2022

Sparks! is an annual thematic event exploring future technology and how it will affect society. The CERN Sparks! Podcast brings together the brightest minds in the chosen field and explores the visions and challenges of the future. The podcast aims to broach the annual theme with a wider public and allow science lovers to have an insight into future trends from multiple, multidisciplinary angles. The second season of the CERN Sparks! podcast, hosted by Bruno Giussani: 6 episodes focused on discussing some of the present of health tech and science and taking a deep look at the many exciting, often risky and generally thrilling possibilities of future technologies for health. With Nobel Laureate Jennifer Doudna; the founding father of genomics, George Church; the WHO’s chief scientist, Soumya Swaminathan; and many other guests. In the first series about Artificial intelligence, hear the sparks fly as Mark Rayner and Abha Eli Phoboo collide pairs of the leading coders, neuroscientists, entrepreneurs, philosophers, psychologists and physicists who are shaping the future. CERN - the European Organization for Nuclear Research, is the largest particle physics laboratory in the world. Established in 1954, it is derived from the French acronym Conseil européen pour la recherche nucléaire. We probe the fundamental structure of the particles that make up everything around us. Production CERN, Geneva: Claudia Marcelloni, Lila Mabiala, Sofia Hurst Whistledown Productions, London: Will Yates and Sandra Kanthal Copyright: CERN, 2022

The CERN Sparks! Podcast

eeDesignIt is the place to go for a wealth of technology and electronics news. We'll keep you posted on the latest trends, new releases, and technology shaping the world we live in. We'll also bring you expert interviews from people in the industry who can guide you along your journey. Get the latest tech and engineering news here. #technology #engineering

The eeDesignIt Podcast

Mike &amp; Harry join forces to bring you the latest and greatest in futuristic inventions, ideas, articles and more! So set your time machine and travel into the future with us.

Mike & Harry join forces to bring you the latest and greatest in futuristic inventions, ideas, articles and more! So set your time machine and travel into the future with us.

Futurero Podcast

量子力学如何应用于对抗温室效应？为什么一些金属材料可以导电，而绝缘体材料则可以完全阻断电流？半导体与量子力学有什么关系？超导现象是量子特性的表现？如何用量子力学加密信息？量子计算机运算速度如何？在《人人都该懂的量子力学》中，阿拉斯泰尔·雷将带领任何一位有意愿了解量子力学的读者深入日常生活，解析日常生活背后的量子力学原理。l 《人人都该懂的量子力学》属于湛庐文化重磅推出的“新核心素养”系列图书之一。本系列图书致力于推广通识阅读，扩展读者的阅读面，培养批判性思考的能力。其中涵盖了哲学、心理学、法律、艺术、物理学、生物科技等诸多人文科学和自然科学的知识，其中《人人都该懂的量子力学》避开了难以理解的量子力学原理，解释了很多日常生活中的量子力学现象，讨论了量子力学原理在计算机、超导体、全球变暖中的应用和表现形式，让你一本书了解量子力学最贴近生活的基础面向。

量子力学如何应用于对抗温室效应？为什么一些金属材料可以导电，而绝缘体材料则可以完全阻断电流？半导体与量子力学有什么关系？超导现象是量子特性的表现？如何用量子力学加密信息？量子计算机运算速度如何？在《人人都该懂的量子力学》中，阿拉斯泰尔·雷将带领任何一位有意愿了解量子力学的读者深入日常生活，解析日常生活背后的量子力学原理。l 《人人都该懂的量子力学》属于湛庐文化重磅推出的“新核心素养”系列图书之一。本系列图书致力于推广通识阅读，扩展读者的阅读面，培养批判性思考的能力。其中涵盖了哲学、心理学、法律、艺术、物理学、生物科技等诸多人文科学和自然科学的知识，其中《人人都该懂的量子力学》避开了难以理解的量子力学原理，解释了很多日常生活中的量子力学现象，讨论了量子力学原理在计算机、超导体、全球变暖中的应用和表现形式，让你一本书了解量子力学最贴近生活的基础面向。

量子力学如何应用于对抗温室效应？为什么一些金属材料可以导电，而绝缘体材料则可以完全阻断电流？半导体与量子力学有什么关系？超导现象是量子特性的表现？如何用量子力学加密信息？量子计算机运算速度如何？在《人人都该懂的量子力学》中，阿拉斯泰尔·雷将带领任何一位有意愿了解量子力学的读者深入日常生活，解析日常生活背后的量子力学原理。l 《人人都该懂的量子力学》属于湛庐文化重磅推出的“新核心素养”系列图书之一。本系列图书致力于推广通识阅读，扩展读者的阅读面，培养批判性思考的能力。其中涵盖了哲学、心理学、法律、艺术、物理学、生物科技等诸多人文科学和自然科学的知识，其中《人人都该懂的量子力学》避开了难以理解的量子力学原理，解释了很多日常生活中的量子力学现象，讨论了量子力学原理在计算机、超导体、全球变暖中的应用和表现形式，让你一本书了解量子力学最贴近生活的基础面向。

人人都该懂的量子力学：培养批判性思考的能力

我们从哪里来？要到哪里去？宇宙的边界在哪里？科学的尽头在哪里？

时间情报局

The ABC of Relativity clearly and engagingly explains Einstein's Theory of Relativity to the layperson. It is considered to be a significant contribution to the popularization of science. Its author, Bertrand Russell, was an acclaimed British mathematician, philosopher and logician. Please note that in a few of the chapters, diagrams are included which clarify the author's discourse. The listener may wish to consult a published text to refer to these diagrams.

The ABC of Relativity, by Bertrand Russell

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

Curiuss

This podcast demystified Quantum Biology for general health and recovery from addictions. The goal is to bring you easy to understand principles and practices about the study of Light, Water and Magnetism, so you can take your health into your own hands.&nbsp;

This podcast demystified Quantum Biology for general health and recovery from addictions. The goal is to bring you easy to understand principles and practices about the study of Light, Water and Magnetism, so you can take your health into your own hands. 

Quantum Healthy

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 distinctionsMembre 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 - Jean Dalibard

An objective approach to the philosophy of science.

Physics Podcasts / Page 5

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人人都该懂的量子力学：培养批判性思考的能力

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Atomes et Rayonnement - Jean Dalibard

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