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Unmarked grave detection, GPR-SLICE software, space weather forecasting, and camera sales

The Aurora Underground

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

Türkiye'den çıkıp ülkemizde ve yurtdışında akademik çalışmalar yürüten bilim insanlarıyla yaptığımız yayınlardır.

Canlı Bilim: Bilimsel Sohbetler, Canlı Yayınlar...

Our purpose is to build a Holistic Voice that creates a community of likeminded healthy people for a healthier planet. Our goal is to unify the community nourishing the growth in mind body spirit awareness and wellness. We want to engage our community and visitors, so they have access to the powerful momentum of the Holistic Presence in our community. We’ll do this by creating awareness through interviews providing education and awareness of cutting-edge modalities. We’ll also provide access for consumers to quality natural health and wellness professionals and practitioners as well as, like-minded business that support this community.

Our purpose is to build a Holistic Voice that creates a community of likeminded healthy people for a healthier planet. Our goal is to unify the community nourishing the growth in mind body spirit awareness and wellness. We want to engage our community and visitors, so they have access to the powerful momentum of the Holistic Presence in our community. We’ll do this by creating awareness through interviews providing education and awareness of cutting-edge modalities. We’ll also provide access for consumers to quality natural health and wellness professionals and practitioners as well as, like-minded business that support this community.

HEALTHY PLANET 1

la Fisica Che Ci Piace - PodCast Show! 🗣

Welcome to being in love with the universe . Let's turn science into a delicious smoothie, okay? Let's add fun, curiosity, rationality, rigour, and blend it into one great milkshake. Contact: 'sitzbefly' on Instagram; to get in touch with our research platform Naxxatra, apply here: https://naxtra.club/catch-a-muon/

The physics milkshake

teraphy

This podcast is an attempt to record the (hopefully) coherent ramblings of three guys working their way through a physics degree. 

We like to listen to each other talk about physics. We will recklessly extrapolate and assume that you like to listen to us ramble too. Welcome to Quantized Ramblings

This podcast is an attempt to record the (hopefully) coherent ramblings of three guys working their way through a physics degree. We like to listen to each other talk about physics. We will recklessly extrapolate and assume that you like to listen to us ramble too. Welcome to Quantized Ramblings

Quantized Ramblings

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

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

Spring 2013 - UCL's Lunch Hour Lecture Series is an opportunity for anyone to sample the exceptional research work taking place at the university, in bite-size chunks. Speakers are drawn from across UCL and lectures frequently showcase new research and recent academic publications. Lunch Hour Lectures require no pre-booking, are free to attend and are open to anyone on a first-come, first-served basis.

Lunch Hour Lectures - Spring 2013 - Video

Peter Jeppsen fra Haderslev fortæller i denn podcast om begyndelsen til Einsteins relatvitetsteori.

Peter Jeppsen fra Haderslev fortæller i denn podcast om begyndelsen til Einsteins relatvitetsteori.

AllSoundfm Podcasts

Readings By ButtaFly

Harish Chandra Verma is an Indian experimental physicist and professor emeritus of the Indian Institute of Technology Kanpur. His field of research is nuclear physics. In this podcast hc Verma share his biography
"HC Verma ki kahani HC Verma ki Jubani"

Harish Chandra Verma is an Indian experimental physicist and professor emeritus of the Indian Institute of Technology Kanpur. His field of research is nuclear physics. In this podcast hc Verma share his biography "HC Verma ki kahani HC Verma ki Jubani"

HC Verma Stories | Biography

A continuation of thought provoking discussions between three best friends. Presenting the world as perceived by them, for all to explore.

A continuation of thought provoking discussions between three best friends. Presenting the world as perceived by them, for all to explore.

Mah's Garage

Hola qué tal somos estudiantes de 5to B, hemos hecho podcasts de personajes que formaron historia en el Perú con mis compañeras Ana Gomes, Genesis Arica, María Laura Otayza y María Gaela, espero les guste.

LOURDINAS EN EL BICENTENARIO

Michel Devoret, né en 1953 à Paris, a reçu une formation d'ingénieur en télécommunications puis a obtenu à l'Université d'Orsay un DEA d'optique quantique, suivi d'une thèse de 3ème cycle en physique atomique et moléculaire puis d'une thèse de doctorat d'Etat en physique de la matière condensée. Au cours d'un séjour post-doctoral à Berkeley (USA) en 1982-1984 dans le laboratoire du Professeur John Clarke, il a mesuré pour la première fois les niveaux quantiques mésoscopiques d'une jonction Josephson. De retour en France, il a fondé avec Daniel Estève et Cristian Urbina le groupe Quantronique au laboratoire de l'Orme des Merisiers (CEA-Saclay). Les principaux résultats de ce groupe sont l'invention de la pompe à électrons, l'observation directe de la charge des paires de Cooper et la réalisation d'un bit quantique supraconducteur, baptisé Quantronium. Michel Devoret est depuis 2002 professeur à l'Université de Yale (USA) où son groupe de recherche, en collaboration avec Rob Schoelkopf, Steve Girvin et Dan Prober, a mis au point un nouveau type d'amplificateur ultra-bas bruit. Il a pris ses fonctions au Collège de France en avril 2007.Les enseignements sont diffusés avec le soutien de la Fondation Bettencourt Schueller

Michel Devoret, né en 1953 à Paris, a reçu une formation d'ingénieur en télécommunications puis a obtenu à l'Université d'Orsay un DEA d'optique quantique, suivi d'une thèse de 3ème cycle en physique atomique et moléculaire puis d'une thèse de doctorat d'Etat en physique de la matière condensée. Au cours d'un séjour post-doctoral à Berkeley (USA) en 1982-1984 dans le laboratoire du Professeur John Clarke, il a mesuré pour la première fois les niveaux quantiques mésoscopiques d'une jonction Josephson. De retour en France, il a fondé avec Daniel Estève et Cristian Urbina le groupe Quantronique au laboratoire de l'Orme des Merisiers (CEA-Saclay). Les principaux résultats de ce groupe sont l'invention de la pompe à électrons, l'observation directe de la charge des paires de Cooper et la réalisation d'un bit quantique supraconducteur, baptisé Quantronium. Michel Devoret est depuis 2002 professeur à l'Université de Yale (USA) où son groupe de recherche, en collaboration avec Rob Schoelkopf, Steve Girvin et Dan Prober, a mis au point un nouveau type d'amplificateur ultra-bas bruit. Il a pris ses fonctions au Collège de France en avril 2007. Les enseignements sont diffusés avec le soutien de la Fondation Bettencourt Schueller

Physique mésoscopique - Michel Devoret

Strålande tider podcast En podcast om kärnkraftens roll i samhället och i den politiska debatten. En intervjuserie där Kristoffer Albinsson tillsammans med gäst diskuterar olika ämnen kring kärnkraft i syfte att öka förståelsen för kärnkraft och energifrågans roll för samhället.&nbsp;

Strålande tider podcast En podcast om kärnkraftens roll i samhället och i den politiska debatten. En intervjuserie där Kristoffer Albinsson tillsammans med gäst diskuterar olika ämnen kring kärnkraft i syfte att öka förståelsen för kärnkraft och energifrågans roll för samhället. 

Strålande tider podcast

Ken Lee is the founder of ”The Way of Energy”. An integration of all the Science, Religious, and Spiritual technologies he has studied over the last 40 years as part of his quest for spiritual truth. He made a request to the Boundless, “Teach me, show me the truth” he opened himself to receive all the Boundless as to offer, which led him on a path of endless discoveries. Beginning with different denominations in Christianity, to the creative principles of WICCA, through Quantum Physics to 10,000-year-old Aztec plant medicines that open doorways to other dimensions, to “Know” to the fullest extent of the word with Kabbalah and Scientology, and to flow with the Energy fields of Reiki and sound waves of the primordial Ohm. Although his training is not complete, it continues as he begins sharing this technology with the world in order to help others live life on purpose.

Ken Lee is the founder of ”The Way of Energy”. An integration of all the Science, Religious, and Spiritual technologies he has studied over the last 40 years as part of his quest for spiritual truth.He made a request to the Boundless, “Teach me, show me the truth” he opened himself to receive all the Boundless as to offer, which led him on a path of endless discoveries. Beginning with different denominations in Christianity, to the creative principles of WICCA, through Quantum Physics to 10,000-year-old Aztec plant medicines that open doorways to other dimensions, to “Know” to the fullest extent of the word with Kabbalah and Scientology, and to flow with the Energy fields of Reiki and sound waves of the primordial Ohm.Although his training is not complete, it continues as he begins sharing this technology with the world in order to help others live life on purpose.

Ken Lee is the founder of ”The Way of Energy”. An integration of all the Science, Religious, and Spiritual technologies he has studied over the last 40 years as part of his quest for spiritual truth. He made a request to the Boundless, “Teach me, show me the truth” he opened himself to receive all the Boundless as to offer, which led him on a path of endless discoveries. Beginning with different denominations in Christianity, to the creative principles of WICCA, through Quantum Physics to 10,000-year-old Aztec plant medicines that open doorways to other dimensions, to “Know” to the fullest extent of the word with Kabbalah and Scientology, and to flow with the Energy fields of Reiki and sound waves of the primordial Ohm. Although his training is not complete, it continues as he begins sharing this technology with the world in order to help others live life on purpose.

The Way of Energy

Más allá de los elementos

A deep dive into the origins of the universe and everything contained within. Co-hosted by Srihari Ravi and Varun Ravikumar<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.

A deep dive into the origins of the universe and everything contained within. Co-hosted by Srihari Ravi and Varun Ravikumar Hosted on Acast. See acast.com/privacy for more information.

A deep dive into the origins of the universe and everything contained within. Co-hosted by Srihari Ravi and Varun Ravikumar Hosted on Acast. See <a href="https://acast.com/privacy" rel="noopener noreferrer">acast.com/privacy</a> for more information.

Untangling The Universe

阿基米德興奮地跳出浴缸：Eureka！我發現了，我找到了，我成功了！ 覺得生活中物理毫無用處嗎？認為物理學家都是一群奇怪的瘋子嗎？還是好奇物理系的老師學生們究竟有哪些趣事？又或者只是像阿基米德一樣，對於發現新知感到歡愉？歡迎來到台大物理系學會的podcast，這裡面會有由簡入深的物理小知識、主持人與教授、系友的談天心得，歡迎路過的各位且聽且看，跟著我們一起「物理」看花，發現箇中的奧妙，找到物理的樂趣，成功揭開物理的迷霧！ 聯絡我們： 電子報：https://forms.gle/jAzWWjkvpRxmVScy8 Facebook：https://www.facebook.com/profile.php?id=100088044987215 IG：https://www.instagram.com/112ntuphyssa/ Powered by <a href="https://firstory.me/zh">Firstory Hosting</a>

阿基米德興奮地跳出浴缸：Eureka！我發現了，我找到了，我成功了！ 覺得生活中物理毫無用處嗎？認為物理學家都是一群奇怪的瘋子嗎？還是好奇物理系的老師學生們究竟有哪些趣事？又或者只是像阿基米德一樣，對於發現新知感到歡愉？歡迎來到台大物理系學會的podcast，這裡面會有由簡入深的物理小知識、主持人與教授、系友的談天心得，歡迎路過的各位且聽且看，跟著我們一起「物理」看花，發現箇中的奧妙，找到物理的樂趣，成功揭開物理的迷霧！ 聯絡我們： 電子報：https://forms.gle/jAzWWjkvpRxmVScy8 Facebook：https://www.facebook.com/profile.php?id=100088044987215 IG：https://www.instagram.com/112ntuphyssa/ Powered by Firstory Hosting

阿基米德興奮地跳出浴缸：Eureka！我發現了，我找到了，我成功了！ 覺得生活中物理毫無用處嗎？認為物理學家都是一群奇怪的瘋子嗎？還是好奇物理系的老師學生們究竟有哪些趣事？又或者只是像阿基米德一樣，對於發現新知感到歡愉？歡迎來到台大物理系學會的podcast，這裡面會有由簡入深的物理小知識、主持人與教授、系友的談天心得，歡迎路過的各位且聽且看，跟著我們一起「物理」看花，發現箇中的奧妙，找到物理的樂趣，成功揭開物理的迷霧！ 聯絡我們： 電子報：https://forms.gle/jAzWWjkvpRxmVScy8 Facebook：https://www.facebook.com/profile.php?id=100088044987215 IG：https://www.instagram.com/112ntuphyssa/ Powered by <a href="https://firstory.me/zh" rel="noopener noreferrer">Firstory Hosting</a>

霧裡之聲Eureka

Crisis energética

A conversation around light education and lighting design topics is completely produced using different AI platforms (currently only available in English).

A conversation around light education and lighting design topics is completely produced using different AI platforms (currently only available in English).

The Wawa Lighting Podcast

My ramblings about physics, astronomy, and anything else that comes to mind.

Physics with Keith

"Les chroniques célestes" est votre rendez-vous bi-mensuel pour tout savoir sur les événements astronomiques à venir. Plongez dans l'immensité du cosmos au côté de l'astrophysicienne Fatoumata Kebe dans&nbsp;l'exploration de phénomènes célestes fascinants et pour certains visibles depuis certains coins&nbsp;du monde.&nbsp;Que vous soyez un amateur/une amatrice passionné(e) d'astronomie ou simplement curieuse/curieux de ce qui se passe au-dessus de nos têtes, ce podcast est fait pour vous !<hr> Hébergé par Acast. Visitez <a style='color:grey;' target='_blank' rel='noopener noreferrer' href='https://acast.com/privacy'>acast.com/privacy</a> pour plus d'informations.

"Les chroniques célestes" est votre rendez-vous bi-mensuel pour tout savoir sur les événements astronomiques à venir. Plongez dans l'immensité du cosmos au côté de l'astrophysicienne Fatoumata Kebe dans l'exploration de phénomènes célestes fascinants et pour certains visibles depuis certains coins du monde.  Que vous soyez un amateur/une amatrice passionné(e) d'astronomie ou simplement curieuse/curieux de ce qui se passe au-dessus de nos têtes, ce podcast est fait pour vous ! Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.

"Les chroniques célestes" est votre rendez-vous bi-mensuel pour tout savoir sur les événements astronomiques à venir. Plongez dans l'immensité du cosmos au côté de l'astrophysicienne Fatoumata Kebe dans&nbsp;l'exploration de phénomènes célestes fascinants et pour certains visibles depuis certains coins&nbsp;du monde.&nbsp;Que vous soyez un amateur/une amatrice passionné(e) d'astronomie ou simplement curieuse/curieux de ce qui se passe au-dessus de nos têtes, ce podcast est fait pour vous ! Hébergé par Acast. Visitez <a href="https://acast.com/privacy" rel="noopener noreferrer">acast.com/privacy</a> pour plus d'informations.

Les chroniques célestes

The Peculiar Nature of Time in Physics: The source highlights the contrasting roles of time in classical physics, quantum mechanics, and general relativity. It emphasizes the need to reconcile these disparate views for a unified understanding of the universe.
The Temporal Continuum Branching Theory (TCBT): The core concept of TCBT is introduced, proposing that time continuously branches, creating a multiverse of potential outcomes. Each branch represents a different possible history and future, governed by its unique set of physical laws.

The Peculiar Nature of Time in Physics: The source highlights the contrasting roles of time in classical physics, quantum mechanics, and general relativity. It emphasizes the need to reconcile these disparate views for a unified understanding of the universe. The Temporal Continuum Branching Theory (TCBT): The core concept of TCBT is introduced, proposing that time continuously branches, creating a multiverse of potential outcomes. Each branch represents a different possible history and future, governed by its unique set of physical laws.

Echos In Time; The Science of Infinite Branching

A Little Light Listening is a podcast by IPIC and is funded by Taighde Éireann – Research Ireland, formerly Science Foundation Ireland. In our podcast we cover the latest developments in light-based science and technology. This regular podcast features STEM and non-STEM experts from Ireland and around the world. We explore a broad range of technology areas including how light is used in medicine, space and communications.
Written, produced and presented by David McGovern.
Music by Prof. Paul Townsend.
Team: David McGovern, Caitriona Tyndall, Elisabeth Wintersteller and Eamonn O`Sullivan.

A Little Light Listening is a podcast by IPIC and is funded by Taighde Éireann – Research Ireland, formerly Science Foundation Ireland. In our podcast we cover the latest developments in light-based science and technology. This regular podcast features STEM and non-STEM experts from Ireland and around the world. We explore a broad range of technology areas including how light is used in medicine, space and communications. Written, produced and presented by David McGovern. Music by Prof. Paul Townsend. Team: David McGovern, Caitriona Tyndall, Elisabeth Wintersteller and Eamonn O`Sullivan.

A Little Light Listening

Listen to Niv and Ethan discuss fascinating topics that don't usually come up at your dinner table.
In our first episode we unpack the ideas behind Quantum Computing, explaining why it's important, how they work and the possibilities that can arise from the advancement of the field Enjoy listening!
Please rate us and send questions/feedback to Whyitworkspod@gmail.com

Listen to Niv and Ethan discuss fascinating topics that don't usually come up at your dinner table. In our first episode we unpack the ideas behind Quantum Computing, explaining why it's important, how they work and the possibilities that can arise from the advancement of the field Enjoy listening! Please rate us and send questions/feedback to Whyitworkspod@gmail.com

Why It Works with Ethan Wolf & Niv Moussan

internet - absorb knowledge

It might surprise you, but most physics PhD students eventually end up in careers outside of academia. Some leave before graduating, some leave straight after, while others pursue an academic career for years before making the transition. Yet, despite the numbers, current PhD students often find it hard to envision any career beyond the academic horizon. Why? They're simply not exposed to the countless other exciting opportunities available to them.&nbsp; "Physicists in the Wild" aims to change that.&nbsp; Join Aggie Branczyk as she interviews physicists who have turned their PhD training into diverse and often unconventional careers. From the corporate world to government, from education to finance, discover the “other” paths traveled by those with graduate training in physics.&nbsp; Tune in every two weeks to hear the stories of physicists in the wild.&nbsp; --- Aggie works at IBM as a Senior Research Scientist on the Quantum Computational Science team, and the opinions shared in this podcast are her own and are not in any way endorsed by IBM.

It might surprise you, but most physics PhD students eventually end up in careers outside of academia. Some leave before graduating, some leave straight after, while others pursue an academic career for years before making the transition. Yet, despite the numbers, current PhD students often find it hard to envision any career beyond the academic horizon. Why? They're simply not exposed to the countless other exciting opportunities available to them.  "Physicists in the Wild" aims to change that.  Join Aggie Branczyk as she interviews physicists who have turned their PhD training into diverse and often unconventional careers. From the corporate world to government, from education to finance, discover the “other” paths traveled by those with graduate training in physics.  Tune in every two weeks to hear the stories of physicists in the wild.  --- Aggie works at IBM as a Senior Research Scientist on the Quantum Computational Science team, and the opinions shared in this podcast are her own and are not in any way endorsed by IBM.

Physicists in the Wild

Jensen Huang unveils new Nvidia super-chip before robots come onstage: ‘Everything that moves in the future will be robotic

Jensen Huang unveils new Nvidia super-chip before robots come onstage: ‘Everything that moves in the future will be robotic

Fonti d'ispirazione:<ul><li>&nbsp;&nbsp; <a href="https://youtu.be/lySZ9ZAg4ps?si=lJ6WOsrQJLaPvSyq">https://youtu.be/lySZ9ZAg4ps?si=lJ6WOsrQJLaPvSyq</a> </li><li>&nbsp;&nbsp;&nbsp; <a href="https://youtu.be/QbI_TpP_xn4?si=5DFMpDqF1yF2L-JR">https://youtu.be/QbI_TpP_xn4?si=5DFMpDqF1yF2L-JR</a> </li></ul>&nbsp;Fonti:<ul><li>&nbsp; <a href="https://www.andra.fr/futur">https://www.andra.fr/futur</a>: (ANDRA)</li><li>&nbsp; <a href="https://www.andra.fr/nos-expertises/conserver-et-transmettre-la-memoire#:~:text=Parmis%20les%20%C3%A9tudes%20sur%20les,de%20stockage%20de%20d%C3%A9chets%20radioactifs">https://www.andra.fr/nos-expertises/conserver-et-transmettre-la-memoire#:~:text=Parmis%20les%20%C3%A9tudes%20sur%20les,de%20stockage%20de%20d%C3%A9chets%20radioactifs</a>. (soprattutto)</li><li>&nbsp; <a href="https://podcast.ausha.co/radio-actif/playlist/demain-dans-1000-ans">https://podcast.ausha.co/radio-actif/playlist/demain-dans-1000-ans</a></li><li>&nbsp; <a href="https://youtube.com/playlist?list=PLxvWbBM_DYKuKw5XIItHVsbrQA1WjOBUt&amp;si=JFLwMjDdK9n3Nc7E">https://youtube.com/playlist?list=PLxvWbBM_DYKuKw5XIItHVsbrQA1WjOBUt&amp;si=JFLwMjDdK9n3Nc7E</a></li><li>Prospectives graphiques: Signaler la presence des déchets radioactifs</li><li>La notion de pasigraphie: les écritures universelles</li><li>Du son pour communiquer avec les générations futures</li><li>Le papier permanent à l’épreuve du temps?</li><li>Attention, déchets radioactifs!” Comment avertir les générations futures</li><li>Mémoire: une journée d’étude autour de la résidence “Prospectives Graphiques”</li><li>La forêt | Art e mémoire</li><li>Art et mémoire : prix du public pour LITHONANCE</li><li>La mémoire : un témoin du passé pour les temps futurs | un peu de pédagogie</li><li><a href="https://www.andra.fr/node/1960">https://www.andra.fr/node/1960</a></li><li><a href="https://www.andra.fr/les-dechets-radioactifs/tout-comprendre-sur-la-radioactivite/classification#section-547">https://www.andra.fr/les-dechets-radioactifs/tout-comprendre-sur-la-radioactivite/classification#section-54</a></li><li><a href="https://www-pub.iaea.org/MTCD/Publications/PDF/Pub1419_web.pdf">https://www-pub.iaea.org/MTCD/Publications/PDF/Pub1419_web.pdf</a> (IAEA)</li></ul>(pagg. 20-33)<ul><li><a href="https://allianceforscience.org/blog/2022/05/finland-green-party-nuclear/">https://allianceforscience.org/blog/2022/05/finland-green-party-nuclear/</a></li><li><a href="https://world-nuclear.org/information-library/country-profiles/countries-a-f/finland.aspx#:~:text=Of%20the%2060%25%20of%20respondents,nuclear%20made%20up%20only%203%25">https://world-nuclear.org/information-library/country-profiles/countries-a-f/finland.aspx#:~:text=Of%20the%2060%25%20of%20respondents,nuclear%20made%20up%20only%203%25</a>.</li><li>https://www.posiva.fi/en/index.html (bias) ...(altre fonti minori).</li></ul>

Fonti d'ispirazione:   https://youtu.be/lySZ9ZAg4ps?si=lJ6WOsrQJLaPvSyq     https://youtu.be/QbI_TpP_xn4?si=5DFMpDqF1yF2L-JR  Fonti:  https://www.andra.fr/futur: (ANDRA)  https://www.andra.fr/nos-expertises/conserver-et-transmettre-la-memoire#:~:text=Parmis%20les%20%C3%A9tudes%20sur%20les,de%20stockage%20de%20d%C3%A9chets%20radioactifs. (soprattutto)  https://podcast.ausha.co/radio-actif/playlist/demain-dans-1000-ans  https://youtube.com/playlist?list=PLxvWbBM_DYKuKw5XIItHVsbrQA1WjOBUt&si=JFLwMjDdK9n3Nc7EProspectives graphiques: Signaler la presence des déchets radioactifsLa notion de pasigraphie: les écritures universellesDu son pour communiquer avec les générations futuresLe papier permanent à l’épreuve du temps?Attention, déchets radioactifs!” Comment avertir les générations futuresMémoire: une journée d’étude autour de la résidence “Prospectives Graphiques”La forêt | Art e mémoireArt et mémoire : prix du public pour LITHONANCELa mémoire : un témoin du passé pour les temps futurs | un peu de pédagogiehttps://www.andra.fr/node/1960https://www.andra.fr/les-dechets-radioactifs/tout-comprendre-sur-la-radioactivite/classification#section-54https://www-pub.iaea.org/MTCD/Publications/PDF/Pub1419_web.pdf (IAEA)(pagg. 20-33)https://allianceforscience.org/blog/2022/05/finland-green-party-nuclear/https://world-nuclear.org/information-library/country-profiles/countries-a-f/finland.aspx#:~:text=Of%20the%2060%25%20of%20respondents,nuclear%20made%20up%20only%203%25.https://www.posiva.fi/en/index.html (bias) ...(altre fonti minori).

Fonti d'ispirazione:<ul><li>&nbsp;&nbsp; <a href="https://youtu.be/lySZ9ZAg4ps?si=lJ6WOsrQJLaPvSyq" rel="noopener noreferrer">https://youtu.be/lySZ9ZAg4ps?si=lJ6WOsrQJLaPvSyq</a> </li><li>&nbsp;&nbsp;&nbsp; <a href="https://youtu.be/QbI_TpP_xn4?si=5DFMpDqF1yF2L-JR" rel="noopener noreferrer">https://youtu.be/QbI_TpP_xn4?si=5DFMpDqF1yF2L-JR</a> </li></ul>&nbsp;Fonti:<ul><li>&nbsp; <a href="https://www.andra.fr/futur" rel="noopener noreferrer">https://www.andra.fr/futur</a>: (ANDRA)</li><li>&nbsp; <a href="https://www.andra.fr/nos-expertises/conserver-et-transmettre-la-memoire#:~:text=Parmis%20les%20%C3%A9tudes%20sur%20les,de%20stockage%20de%20d%C3%A9chets%20radioactifs" rel="noopener noreferrer">https://www.andra.fr/nos-expertises/conserver-et-transmettre-la-memoire#:~:text=Parmis%20les%20%C3%A9tudes%20sur%20les,de%20stockage%20de%20d%C3%A9chets%20radioactifs</a>. (soprattutto)</li><li>&nbsp; <a href="https://podcast.ausha.co/radio-actif/playlist/demain-dans-1000-ans" rel="noopener noreferrer">https://podcast.ausha.co/radio-actif/playlist/demain-dans-1000-ans</a></li><li>&nbsp; <a href="https://youtube.com/playlist?list=PLxvWbBM_DYKuKw5XIItHVsbrQA1WjOBUt&amp;si=JFLwMjDdK9n3Nc7E" rel="noopener noreferrer">https://youtube.com/playlist?list=PLxvWbBM_DYKuKw5XIItHVsbrQA1WjOBUt&amp;si=JFLwMjDdK9n3Nc7E</a></li><li>Prospectives graphiques: Signaler la presence des déchets radioactifs</li><li>La notion de pasigraphie: les écritures universelles</li><li>Du son pour communiquer avec les générations futures</li><li>Le papier permanent à l’épreuve du temps?</li><li>Attention, déchets radioactifs!” Comment avertir les générations futures</li><li>Mémoire: une journée d’étude autour de la résidence “Prospectives Graphiques”</li><li>La forêt | Art e mémoire</li><li>Art et mémoire : prix du public pour LITHONANCE</li><li>La mémoire : un témoin du passé pour les temps futurs | un peu de pédagogie</li><li><a href="https://www.andra.fr/node/1960" rel="noopener noreferrer">https://www.andra.fr/node/1960</a></li><li><a href="https://www.andra.fr/les-dechets-radioactifs/tout-comprendre-sur-la-radioactivite/classification#section-547" rel="noopener noreferrer">https://www.andra.fr/les-dechets-radioactifs/tout-comprendre-sur-la-radioactivite/classification#section-54</a></li><li><a href="https://www-pub.iaea.org/MTCD/Publications/PDF/Pub1419_web.pdf" rel="noopener noreferrer">https://www-pub.iaea.org/MTCD/Publications/PDF/Pub1419_web.pdf</a> (IAEA)</li></ul>(pagg. 20-33)<ul><li><a href="https://allianceforscience.org/blog/2022/05/finland-green-party-nuclear/" rel="noopener noreferrer">https://allianceforscience.org/blog/2022/05/finland-green-party-nuclear/</a></li><li><a href="https://world-nuclear.org/information-library/country-profiles/countries-a-f/finland.aspx#:~:text=Of%20the%2060%25%20of%20respondents,nuclear%20made%20up%20only%203%25" rel="noopener noreferrer">https://world-nuclear.org/information-library/country-profiles/countries-a-f/finland.aspx#:~:text=Of%20the%2060%25%20of%20respondents,nuclear%20made%20up%20only%203%25</a>.</li><li>https://www.posiva.fi/en/index.html (bias) ...(altre fonti minori).</li></ul>

Custodire la memoria dei rifiuti nucleari: un tema di civiltà

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Welcome to The Chibians Show! Short and sweet, dude: Chibians is Abreev for Ballchinians. And Ballchinians *from the cult classic Men In Black* were a SYMBOL, man. The Chibians were unappreciated, disrespected and straight forgotten, man. They&#39;re YOU. They&#39;re ME. We are the Chibians, guys.This show is about you and me and waking up to what THIS *points around the room to indicate the World* EVEN IS, dude. It&#39;s a way of life. A way of thinking. It&#39;s Chibians, ded.

Welcome to The Chibians Show! Short and sweet, dude: Chibians is Abreev for Ballchinians. And Ballchinians *from the cult classic Men In Black* were a SYMBOL, man. The Chibians were unappreciated, disrespected and straight forgotten, man. They're YOU. They're ME. We are the Chibians, guys. This show is about you and me and waking up to what THIS *points around the room to indicate the World* EVEN IS, dude. It's a way of life. A way of thinking. It's Chibians, ded.

Welcome to The Chibians Show! Short and sweet, dude: Chibians is Abreev for Ballchinians. And Ballchinians *from the cult classic Men In Black* were a SYMBOL, man. The Chibians were unappreciated, disrespected and straight forgotten, man. They're YOU. They're ME. We are the Chibians, guys.This show is about you and me and waking up to what THIS *points around the room to indicate the World* EVEN IS, dude. It's a way of life. A way of thinking. It's Chibians, ded.

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