Podcasts about clauser

Vous aimez notre peau de caste ? Soutenez-nous ! https://www.lenouvelespritpublic.fr/abonnement Une émission de Philippe Meyer, originellement diffusée le 25 juin 2023. Avec cette semaine : Alain Aspect, physicien, spécialiste de l'optique quantique et récipiendaire du prix Nobel de physique. Sven Ortoli, journaliste scientifique. Nicole Gnesotto, vice-présidente de l'Institut Jacques Delors. Marc-Olivier Padis, directeur des études de la fondation Terra Nova. LA PHYSIQUE QUANTIQUE Alain Aspect, vous êtes physicien, spécialiste de l'optique quantique et membre de l'Académie des Sciences. Vous avez reçu la médaille d'or du CNRS en 2005, la médaille Albert-Einstein en 2012, ainsi que la médaille Niels-Bohr et le prix Balzan en 2013. Le Prix Nobel de physique vous est décerné en 2022, aux côtés de John F. Clauser et d'Anton Zeilinger, pour vos expériences pionnières sur l'intrication quantique, qui ont ouvert la voie aux technologies associées. La physique quantique a considérablement bouleversé notre représentation du monde et nos technologies depuis le XXe siècle, au point d'être comparée à la « révolution industrielle » du siècle précédent. Dans votre ouvrage de vulgarisation, publié aux éditions du CNRS en 2019, vous distinguez deux révolutions au sein de la physique quantique. La première remonte au commencement du XXe siècle : elle s'articule autour du principe de dualité onde – particule, formulé par Einstein et de Broglie dans la lignée des travaux de Planck. Selon ce principe, les objets physiques peuvent parfois présenter des propriétés d'ondes et parfois des propriétés de particules, comme vous l'avez-vous-même illustré sur des photons dans une expérience au retentissement considérable, réalisée dans les années 1980 et publiée en 1982 avec un de vos étudiants de thèse, Philippe Grangier qui, depuis, a mis au point une technologie de cryptographie quantique. Ce concept révolutionnaire a nourri l'essentiel de la recherche en physique quantique jusque dans les années soixante. Il a permis d'expliquer des propriétés physiques, fondamentales mais jusque-là incompréhensibles, comme la stabilité de la matière ou les propriétés électriques et thermiques des corps. Il a également rendu possible nombre de nouvelles technologies, aujourd'hui monnaie courante, comme le transistor ou les lasers. Alain Aspect, vos travaux ont principalement contribué à la seconde révolution quantique. Celle-ci naît du concept d'intrication, selon lequel deux particules, dans certaines conditions forment un système lié et présentent des caractéristiques corrélées, dépendantes l'une de l'autre, quelle que soit la distance qui les sépare. Ce concept est introduit dès 1935 dans la littérature scientifique par Einstein, Podolsky et Rosen, mais présente des complications si considérables qu'il faudra attendre de nombreuses années avant d'en pouvoir attester l'existence. Vous jouez dans cette histoire un rôle de premier plan. En 1964, Bell pose les fondements d'une approche expérimentale du problème, fondée sur la mesure du degré de corrélation entre les deux particules sensément intriquées. En 1969, Clauser et ses coauteurs traduisent cette découverte en un cadre expérimental concret, fondé sur l'étude des photons et de leur polarisation. En 1982, c'est vous qui démontrez expérimentalement, pour la première fois et de manière quasiment irréfutable, la validité empirique du principe d'intrication. Cette propriété est au cœur de la deuxième révolution quantique et de ses promesses technologiques. L'ordinateur quantique, par exemple, serait capable de traiter un volume exceptionnel de données pour réaliser en quelques minutes des opérations aujourd'hui insolubles par les ordinateurs classiques. Ces technologies aiguisent les appétits des acteurs privés, comme Google ou IBM, et des décideurs publics comme la France et son plan quantique de 1.8 milliards d'euros.Chaque semaine, Philippe Meyer anime une conversation d'analyse politique, argumentée et courtoise, sur des thèmes nationaux et internationaux liés à l'actualité. Pour en savoir plus : www.lenouvelespritpublic.fr

When it comes to public controversies, a handful of phrases have become de facto “conversation stoppers.” One of these is “scientists say...”  Well, last year, a quantum physicist named John F. Clauser won the Nobel Prize. If anyone has earned the right to make debate-stopping claims about science, it's a Nobel Prize-winning physicist. However, according to The Washington Post, Clauser does not believe humans are facing imminent extinction due to fossil fuels. This view puts him at odds with what the Post calls the “scientific consensus,” implying that he's lost all authority as a scientist.  This is the danger of the postmodern habit of making truth claims dependent on the community that makes them. “The science says” isn't a mic drop if a scientist says something else. Consensus, even scientific consensus, should not shortcut the pursuit of truth. A better and more honest approach is the scientific method, in which our theories and ideas are constantly questioned and tested to discover what is true.  

On today's show, Dr John Clauser exposes fundamental flaws in climate change models. GUEST OVERVIEW: Dr John Clauser is an American experimental and theoretical physicist, best known for his contributions to the foundations of quantum mechanics. He is a joint recipient of the 2022 Nobel Prize in Physics for experiments with entangled photons, establishing the violation of Bell inequalities and pioneering quantum information science. Dr Clauser was awarded the Wolf Prize in Physics in 2010. In 1998 he invented and patented technology which allows x-ray phase-contrast medical imaging of soft tissue. https://www.johnclauser.com/  

All the major climate models fail to address the complexities of one key variable, says Nobel laureate John Clauser. He won the 2022 Nobel Prize in physics for his contributions to quantum mechanics.Mr. Clauser was one of two Nobel laureates to recently sign a declaration organized by the Clintel Foundation alongside 1,600 other scientists and professionals, stating “there is no climate emergency.”In this episode, Mr. Clauser breaks down why he considers the major climate models to be flawed, and why he believes America's climate policies are wasteful, misguided, and counterproductive.

He was a NOBEL WINNING darling of THE LEFT....until.........

On today's show, Dr Clauser exposes fundamental flaws in climate change models. GUEST 1 OVERVIEW: Sheryl Bieler is a Hawaiian freedom fighter, fighting the tyrannical government overreach in Hawaii. She's the event coordinator with the Convention of States movement for the State of Hawaii and has organised 30 Trump rallies. Sheryl fights for the rights of her family and the people of Hawaii and for the innocence of our children. She is a native of Texas who has lived in Hawaii for 46 years and has watched the steady decline of Hawaii's quality of life under the Democratic Party. GUEST 2 OVERVIEW: Dr John Clauser is an American experimental and theoretical physicist, best known for his contributions to the foundations of quantum mechanics. He is a joint recipient of the 2022 Nobel Prize in Physics for experiments with entangled photons, establishing the violation of Bell inequalities and pioneering quantum information science. Dr Clauser was awarded the Wolf Prize in Physics in 2010. In 1998 he invented and patented technology which allows x-ray phase-contrast medical imaging of soft tissue. https://www.johnclauser.com/  

Erst im vergangenen Jahr erhielt Dr. Clauser den Nobelpreis für Physik. Jüngst kritisierte er aufgrund seiner Studienergebnisse scharf das herrschende Klima-Narrativ. Die „fehlgeleitete Klimawissenschaft“ habe sich zu einer „massiven schock-journalistischen Pseudowissenschaft entwickelt.“ Web: https://www.epochtimes.de Probeabo der Epoch Times Wochenzeitung: https://bit.ly/EpochProbeabo Twitter: https://twitter.com/EpochTimesDE YouTube: https://www.youtube.com/channel/UC81ACRSbWNgmnVSK6M1p_Ug Telegram: https://t.me/epochtimesde Gettr: https://gettr.com/user/epochtimesde Facebook: https://www.facebook.com/EpochTimesWelt/ Unseren Podcast finden Sie unter anderem auch hier: iTunes: https://podcasts.apple.com/at/podcast/etdpodcast/id1496589910 Spotify: https://open.spotify.com/show/277zmVduHgYooQyFIxPH97 Unterstützen Sie unabhängigen Journalismus: Per Paypal: http://bit.ly/SpendenEpochTimesDeutsch Per Banküberweisung (Epoch Times Europe GmbH, IBAN: DE 2110 0700 2405 2550 5400, BIC/SWIFT: DEUTDEDBBER, Verwendungszweck: Spenden) Vielen Dank! © 2023 Epoch Times

Chris' recent article in Scientific American highlights the role that the Principle of Entanglement , the research of which earned Physicists Aspect, Clauser and Zeillinger the Nobel Prize for Physics in 2022, in the development of Quantum computers. --- Send in a voice message: https://podcasters.spotify.com/pod/show/james-herlihy/message

Como o trabalho pioneiro de cientistas no século XX desencadeou uma revolução na teoria quântica, na teoria da informação e na computação? Neste episódio falaremos sobre Desigualdades de Bell, o tema que agraciou com o prêmio Nobel os cientistas Clauser, Aspect e Zeilinger em 2022.

Como o trabalho pioneiro de cientistas no século XX desencadeou uma revolução na teoria quântica, na teoria da informação e na computação? Neste episódio falaremos sobre Desigualdades de Bell, o tema que agraciou com o prêmio Nobel os cientistas Clauser, Aspect e Zeilinger em 2022.

Como o trabalho pioneiro de cientistas no século XX desencadeou uma revolução na teoria quântica, na teoria da informação e na computação? Neste episódio falaremos sobre Desigualdades de Bell, o tema que agraciou com o prêmio Nobel os cientistas Clauser, Aspect e Zeilinger em 2022.

Hollie Beth Clauser is a passionate advocate for individuals with autism and a dedicated Applied Behavior Analysis (Aba) professional. With nearly 20 years of experience in the field, Hollie has made it her mission to help Aba practices improve staff retention and support clients in navigating their careers. As a person on the autism spectrum herself, Hollie brings a unique perspective to her work, understanding the challenges faced by those with autism and their families. Through her company, Behavioral Talent Consulting, she offers valuable insight and problem-solving abilities to help create better outcomes for all involved in the Aba process Research and understand the current methods and practices in Applied Behavior Analysis (ABA) to see the positive changes and improvements made over the years. Be open to choosing a therapist for ABA therapy, making sure they align with your values and needs. Look for reputable ABA practices and agencies with high retention rates and positive feedback from clients. Advocate for yourself or your loved one by asking questions and ensuring the therapist is meeting your needs and expectations. If you feel that your current ABA therapist or agency is not providing the support needed, do not hesitate to change or seek alternative options. Consider seeking a diagnosis for autism or ADHD if you suspect that you or a loved one may be on the spectrum, as a diagnosis can lead to better understanding and support. Explore the terms neurodivergent and neurodistinct to better understand and embrace the unique perspectives and experiences of individuals on the autism spectrum. Encourage open conversations about autism and ABA therapy, dispelling myths and misconceptions to help others understand its benefits and potential for positive impact. Be vigilant of any negative changes in a person receiving ABA therapy, such as regression in skills or increased anxiety, and address these concerns with the therapist or agency immediately. Stay informed about advancements and best practices in ABA therapy, ensuring that you or your loved one receives the most effective and supportive care possible. https://aspergersstudio.com/ https://www.youtube.com/@AspergersStudio https://www.Instagram.com/InsidetheAspergersStudio https://www.facebook.com/InsideTheAspergersStudio https://www.linkedin.com/in/reidmiles/ https://www.twitter.com/AspergersStudio Merch Store Coming Soon Support the show via my Patreon https://www.patreon.com/AspergersStudio

Hollie Beth Clauser is a passionate advocate for individuals with autism and a dedicated Applied Behavior Analysis (Aba) professional. With nearly 20 years of experience in the field, Hollie has made it her mission to help Aba practices improve staff retention and support clients in navigating their careers. As a person on the autism spectrum herself, Hollie brings a unique perspective to her work, understanding the challenges faced by those with autism and their families. Through her company, Behavioral Talent Consulting, she offers valuable insight and problem-solving abilities to help create better outcomes for all involved in the Aba process Research and understand the current methods and practices in Applied Behavior Analysis (ABA) to see the positive changes and improvements made over the years. Be open to choosing a therapist for ABA therapy, making sure they align with your values and needs. Look for reputable ABA practices and agencies with high retention rates and positive feedback from clients. Advocate for yourself or your loved one by asking questions and ensuring the therapist is meeting your needs and expectations. If you feel that your current ABA therapist or agency is not providing the support needed, do not hesitate to change or seek alternative options. Consider seeking a diagnosis for autism or ADHD if you suspect that you or a loved one may be on the spectrum, as a diagnosis can lead to better understanding and support. Explore the terms neurodivergent and neurodistinct to better understand and embrace the unique perspectives and experiences of individuals on the autism spectrum. Encourage open conversations about autism and ABA therapy, dispelling myths and misconceptions to help others understand its benefits and potential for positive impact. Be vigilant of any negative changes in a person receiving ABA therapy, such as regression in skills or increased anxiety, and address these concerns with the therapist or agency immediately. Stay informed about advancements and best practices in ABA therapy, ensuring that you or your loved one receives the most effective and supportive care possible. https://aspergersstudio.com/ https://www.youtube.com/@AspergersStudio https://www.Instagram.com/InsidetheAspergersStudio https://www.facebook.com/InsideTheAspergersStudio https://www.linkedin.com/in/reidmiles/ https://www.twitter.com/AspergersStudio Merch Store Coming Soon Support the show via my Patreon https://www.patreon.com/AspergersStudio

After college,

After college,

John Clauser, en av årets nobelpristagare i fysik byggde det första instrumentet som kunde mäta så kallade sammanflätade partiklar, som visade att kvantmekaniken stämmer. Idag seglar han mest, och bygger på sin segelbåt. Men han förstår fortfarande inte hur kvantmekanik fungerar. Redan som student började John Clauser, en av årets nobelpristagare i fysik, utveckla ett instrument som skulle kunna möta sammanflätade ljuspartiklar. Men han stötte på motstånd, först från handledaren för hans doktorsavhandling som handlade om astrofysik. Handledaren tyckte att John höll på med nonsens. Sedan kom kritik även från fakultetsledningen på University of California, Berkeley. De ansåg att han ägnade alldeles för mycket tid, resurser och pengar på sitt instrument.Clauser visar att kvantmekaniken fungerarMen John Clauser fortsatte med sitt bygge, som förenklat bestod av en ljuskälla för uv-ljus som belyste en kalciumatom, som i sin tur gav ifrån sig sammanflätade ljuspartiklar. De passerade först polariserande filter innan de träffade detektorer. Det här är det första experimentet som visar hur två partiklar kan vara sammanflätade, att de hör ihop i en enhet även när de är separerade. John Clausers experiment visade att kvantmekaniken stämmer och banade väg för ny teknologi, kvanteknologi, med till exempel extremt snabba datorer. Johan Clauser började studera kvantmekanik redan som tonåring. Trots att han inte kunde förstå hur den fungerade fortsatte han med högre studier inom kvantmekanik. Idag är han 80 år gammal, men fortfarande kan han inte förstå hur kvantmekaniken fungerar.Reporter: Gustaf Klarin gustaf.klarin@sverigesradio.se Producent: Lena Nordlund lena.nordlund@sverigesradio.se

He's a successful account executive at Asana today, but Brandon Clauser got his start in life working in a dish pit in a restaurant. While he started with no money and no college degree, Brandon eventually worked his way up and landed an executive-level sales job at Salesforce and later Asana. Today, he helps other people develop the skills and mindset they need to break into the tech sales field, even without a college degree. In today's episode, Brandon talks about how growing up in a family focused on work ethic, business acumen, and financial literacy gave him all the tools he needed for a successful career. He also shares his thoughts about the value of a college degree in tech sales and beyond.Follow Brandon on LinkedIn:https://www.linkedin.com/in/brandonclauser/Follow Sell Better to get the latest actionable tactics from sales pros at the top of their game:https://hubs.ly/Q01tLYNJ0Become a member and never miss quota again:https://hubs.ly/Q01tLYRV0

My guest today went from broke and sleeping on his friends couch in 2013, to then making $150k with no degree just a year and half later at the age of 21.   →$1,633,000 in W2 income by the age of 28 with zero debt. →#1 Account Exec at Salesforce in Growth and Small Business Healthcare Divison. → Helped coaching clients secure jobs at Andreesen Horowitz, ZenDesk & Outreach.io.   And is currently an Enterprise Account Executive at Asana.   Introducing, Brandon Clauser.   Linkedin: https://www.linkedin.com/in/brandonclauser/ Instagram: https://www.instagram.com/brandonjclauser/  

Holli Beth is a recruiter and influencer in our field ... and she is also diagnosed with autism. I've known Holli Beth a couple years but I really got to know her personal journey in this conversation: it's deeply meaningful. Enjoy, kind listener!Resources:Holli Beth on LinkedInSponsored by Element RCM

Photons don't exist, and the experimental results that got Clauser and Aspect a Nobel prize are a result of an incorrect interpretation of the data. So says experimental Physicist Eric Reiter, who has reproduced the famous experiments that show violations of Bell's inequality and come out the other side with a much less spooky interpretation of quantum weirdness. According to Reiter's Threshold Model, atoms are resonant structures that can absorb different amounts of energy based on their unknown baseline state, and entanglement is simply a misunderstanding of what is happening on the atomic level. Support the scientific revolution with a monthly donation: https://bit.ly/3lcAasB #physics #light #experiment Check our short-films channel, @DemystifySci: https://www.youtube.com/c/DemystifyingScience Join our mailing list https://bit.ly/3v3kz2S PODCAST INFO: Anastasia completed her PhD studying bioelectricity at Columbia University. When not talking to brilliant people or making movies, she spends her time painting, reading, and guiding backcountry excursions. Michael Shilo also did his PhD at Columbia studying the elastic properties of molecular water. When he's not in the film studio, he's exploring sound in music. They are both freelance professors at various universities. - Blog: http://DemystifySci.com/blog - RSS: https://anchor.fm/s/2be66934/podcast/rss - Donate: https://bit.ly/3wkPqaD - Swag: https://bit.ly/2PXdC2y SOCIAL: - Discord: https://discord.gg/MJzKT8CQub - Facebook: https://www.facebook.com/groups/DemystifySci - Instagram: https://www.instagram.com/DemystifySci/ - Twitter: https://twitter.com/DemystifySci MUSIC: -Shilo Delay: https://g.co/kgs/oty671

What if we're wrong about entanglement? This is the question that's been driving Carver Mead, Caltech Physicist and veteran of the semiconductor industry, and at this point, he's pretty sure that Bell's Theorem is wrong. This is a bold claim! After all, Clauser, Aspect and Zeilinger just won Nobel, the biggest prize in the world, for their work on painstaking experiments that seem to prove the spooky paradox - some information can travel faster than light! Not so fast, says Carver Mead. There's no problem with the experimental design, or the observation that the photons are "entangled." The problem lies upstream of the experiment, at the threshhold of understanding. What is a photon? What are the atoms doing when they're generating the signal that's being measured, and how does a physical understanding of the wave function change the spookiness of quantum mechanics? Support the scientific revolution with a monthly donation: https://bit.ly/3lcAasB AND by picking up Dr. Mead's book: https://amzn.to/3sJPoJi As always, let us know what you think in the comments! #physics #quantum #atomic Check our short-films channel, @DemystifySci: https://www.youtube.com/c/DemystifyingScience Join our mailing list https://bit.ly/3v3kz2S PODCAST INFO: Anastasia completed her PhD studying bioelectricity at Columbia University. When not talking to brilliant people or making movies, she spends her time painting, reading, and guiding backcountry excursions. Michael Shilo also did his PhD at Columbia studying the elastic properties of molecular water. When he's not in the film studio, he's exploring sound in music. They are both freelance professors at various universities. - Blog: http://DemystifySci.com/blog - RSS: https://anchor.fm/s/2be66934/podcast/rss - Donate: https://bit.ly/3wkPqaD- Swag: https://bit.ly/2PXdC2y SOCIAL: - Discord: https://discord.gg/MJzKT8CQub - Facebook: https://www.facebook.com/groups/DemystifySci - Instagram: https://www.instagram.com/DemystifySci/ - Twitter: https://twitter.com/DemystifySci MUSIC: -Shilo Delay: https://g.co/kgs/oty671

2022. aasta Nobeli füüsikaauhinna said kolm kvantfüüsikut – Alain Aspect, John Clauser ja Anton Zeilinger. Oma töödega lükkasid nad lõplikult ümber Albert Einsteini kõhklused selle kohta, et kvantfüüsika pole ikka päris füüsika aga hoopis mingi justkui mõnda praktilist laadi ülesannet lahendava puuduliku teooriaga, mis eirab peamist: Albert Einsteini arusaama selle kohta, et miski ei saa liikuda valgusest kiiremini siinses Universumis. Aga tuleb välja, et saab. Hetkega saab teleporteeruda kvantinformatsioon. Sellest, miks see nii on ja kuidas see toimub, räägivad Tallinna Tehnikaülikooli professor Jaan Kalda ja saatejuht Marek Strandberg. Kui te ennem ei ole kvantfüüsikast arus saanud, siis selle saate kuulamise järgselt on vähemalt kaks võimalust: kas asi läheb paremaks, selle arusaamise mõttes, või mitte.

Two Bay Area scientists have won the 2022 Nobel Prize. Stanford's Carolyn Bertozzi is one of just eight women to ever win the prize in chemistry (out of 189 total winners). The Nobel committee described her as “an inspiration for women and queer people in STEM.” John Clauser, now 79 years old, received the prize in physics for research he conducted 50 years ago on quantum entanglement - research that he says was considered irrelevant at the time, but has since provided the foundation for quantum computation and quantum communication. Bertozzi and Clauser join Forum to talk about their work and take your science questions. Guests: Dr. John Clauser, winner of the 2022 Nobel Prize in physics Dr. Carolyn Bertozzi, winner of the 2022 Nobel Prize in Chemistry; professor, Stanford University

– we're back in the Dark Ages We start this week with commenting on the winners of the two first Nobel Prizes this year – Svante Pääbo who won the prize in Medicine or Physiology and the trio of Aspect, Clauser and Zeilinger who shares the Physics prize. We also celebrate the first ever female European commander of the ISS, Samantha Cristoforetti, before we travel back in time with our TWISH-machine and acknowledge this week's birthday bay, Denis Diderot. Then we dig into the news: UK: The dark side of social media? The Molly Russell case UK: Children's digital resilience to be approached as a collective effort to prepare young people for the future SWEDEN: MD who assisted man to die loses his license GERMANY: Voting now open for the ‘Heroes of Facts Awards‘ UKRAINE: Four regions of the country annexed by Russia following sham referendum POLAND: New-born babies are handed over through a hole in the wall The Prize for being Really Wrong goes to Jacob Rees-Mogg, British minister of Business, Energy and Industrial Strategy who has no clue about the physics of energy. Enjoy! Segments: Intro; Greetings; TWISH; News; Really Wrong; Quote And Farewell; Outro; Out-Takes;

Con Alberto Aparici volvemos a una conversación entre el físico alemán Albert Einstein y el danés Niels Bohr sobre la física cuántica. ¿De qué habla la teoría de física cuántica? ¿En qué discutían Einstein y Bohr? Ambos físicos discrepaban sobre la forma de los electrones, aunque la realidad le dio la razón a Bohr a través de la llamada esfera de probabilidades. Einstein, sin embargo, contraatacó con la teoría de variables ocultas. Pero, ¿qué tiene que ver esto con el Premio Nobel del 2022?  Pues que los premiados -Aspect, Clauser y Zeilinger- se han dedicado a demostrar que las variables ocultas de Einstein no existen. Sobre todo esto hablamos con Francis Villatoro, profesor en la Universidad de Málaga y autor del blog La Ciencia de la Mula Francis. 

Con Alberto Aparici volvemos a una conversación entre el físico alemán Albert Einstein y el danés Niels Bohr sobre la física cuántica. ¿De qué habla la teoría de física cuántica? ¿En qué discutían Einstein y Bohr? Ambos físicos discrepaban sobre la forma de los electrones, aunque la realidad le dio la razón a Bohr a través de la llamada esfera de probabilidades. Einstein, sin embargo, contraatacó con la teoría de variables ocultas. Pero, ¿qué tiene que ver esto con el Premio Nobel del 2022?  Pues que los premiados -Aspect, Clauser y Zeilinger- se han dedicado a demostrar que las variables ocultas de Einstein no existen. Sobre todo esto hablamos con Francis Villatoro, profesor en la Universidad de Málaga y autor del blog La Ciencia de la Mula Francis. 

Con Alberto Aparici volvemos a una conversación entre el físico alemán Albert Einstein y el danés Niels Bohr sobre la física cuántica. ¿De qué habla la teoría de física cuántica? ¿En qué discutían Einstein y Bohr? Ambos físicos discrepaban sobre la forma de los electrones, aunque la realidad le dio la razón a Bohr a través de la llamada esfera de probabilidades. Einstein, sin embargo, contraatacó con la teoría de variables ocultas. Pero, ¿qué tiene que ver esto con el Premio Nobel del 2022?  Pues que los premiados -Aspect, Clauser y Zeilinger- se han dedicado a demostrar que las variables ocultas de Einstein no existen. Sobre todo esto hablamos con Francis Villatoro, profesor en la Universidad de Málaga y autor del blog La Ciencia de la Mula Francis. 

Con Alberto Aparici volvemos a una conversación entre el físico alemán Albert Einstein y el danés Niels Bohr sobre la física cuántica. ¿De qué habla la teoría de física cuántica? ¿En qué discutían Einstein y Bohr? Ambos físicos discrepaban sobre la forma de los electrones, aunque la realidad le dio la razón a Bohr a través de la llamada esfera de probabilidades. Einstein, sin embargo, contraatacó con la teoría de variables ocultas. Pero, ¿qué tiene que ver esto con el Premio Nobel del 2022?  Pues que los premiados -Aspect, Clauser y Zeilinger- se han dedicado a demostrar que las variables ocultas de Einstein no existen. Sobre todo esto hablamos con Francis Villatoro, profesor en la Universidad de Málaga y autor del blog La Ciencia de la Mula Francis. 

“What a waste of time, now start doing some real physics!” – As a young man, John Clauser set out to topple quantum mechanics, but all his faculty thought he was crazy. "I thought it was important at the time, even though I was going to ruin my career by doing it, and in some sense I did: I've never been a professor!" But, as he tells Adam Smith in this joyous call recorded in the middle of the night, as Clauser is besieged by reporters, he was having fun. And, as history surely confirms, “I proved that I was a decent experimentalist!” From October 3-10, don't miss our mini-season that will showcase the absolute freshest interviews with the new 2022 Nobel Prize laureates. Hosted on Acast. See acast.com/privacy for more information.

El científico John F. Clauser conversó con La W sobre su distinción con el Premio Nobel de Física 2022.

In the first episode of NOCTURNAL, Paul Maloney was once "Father" Paul Maloney, but his sordid deeds meant a defrocking, a fall from grace. Now Paul thinks people are after him, and he seeks sanctuary at a church that was once his. San Francisco homicide inspectors Bryan "The Terminator" Clauser and Pookie Chang usually work the night shift, but the brutal murder of a well-connected businessman has them on days. Maloney, Clauser, and Chang are about to meet, and not in a way that will make anyone happy. Written byhttp://www.scottsigler.com/ ( Scott Sigler) Performed by https://www.audible.com/search?searchNarrator=Phil+Gigante (Phil Gigante) Directed & Engineered by Corey Young Production Assistance by http://www.alliepress.net/ (Allie Press) Copyright 2022 by http://www.emptyset.com/ (Empty Set Entertainment)

Is there life beyond academia for pain researchers? That question is the focus of PRF's latest podcast – and the answer is a resounding “yes”! This optimistic outlook comes from four podcast participants who all successfully made the transition from studying pain in the ivory tower to alternative careers, including: --Alexandria Magnusdottir, PhD, Trainee Solicitor in Patent Litigation, Bristows, UK --Steve Medhurst, PhD, UK Head of Field Medical Excellence, Novartis UK --Candler Paige, PhD, Chief Executive Officer, Doloromics, US --Alex Tuttle, PhD, Chief of Staff (Acting), National Institute of Neurological Disorders and Stroke (NINDS), US The group spoke with PRF Correspondent Larissa de Clauser, a postdoctoral fellow at Eurac, Bolzano, Italy, to discuss their transitions from academia into non-academic roles, sharing their motivations, struggles, day-to-day work responsibilities, and advice to make such transitions as smooth as possible.

Thanks for joining in for this week's unSeminary podcast. We're talking with Jenn Clauser, the Director of Communications at Coker United Methodist Church in San Antonio, Texas. She's with us today to dig deeper into online church and how to integrate it as a core part of our mission to reaching people who are far […]

Jenn Clauser is the director of communications Coker United Methodist. Jenn shares how she managed reinventing church communications at Coker.

Brandon Clauser is a young, ultra-high-performing Sales Account Executive at Salesforce, the $200 billion global software giant. He is extremely hard-working, determined, and has achieved an extraordinary level of success before age 30 — all without a college degree. He credits his success to his intense work ethic, perseverance, doing the right thing, and finding ways to understand and help people as some catalysts for his success. Early in his career, he found deep internal motivation from “the gift of desperation” — wanting to create a better life for himself and doing whatever it would take to achieve success. He began his sales career doing cold calls to sell walk-in bathtubs. After achieving success in sales, he followed his intuition and pursued opportunities in software sales and quickly found his “path” to help technology companies grow. As an individual contributor at various companies during his career, his personal performance had been greater than the sum total of the majority of people in the sales department. Brandon has risen quickly to the top of the sales leaderboard within every organization he's been a part of while supporting his team and gaining the trust and confidence of his customers. At Salesforce, he is a leading Account Executive focusing on the healthcare industry. He works with senior- and C-level executives to deliver solutions that help his clients better serve their end-customers. Brandon is positive, energetic, grounded, and has an inspiring story — a story for anyone seeking to improve their life with a vision, goals, and hard work. He is an example of what is possible.

With more than four decades of experience as a registered architect, Chuck talk about his role as Lead of PS&S' Urban Air Mobility Task Force and gives more insight into what the company can offer the industry as the ecosystem begins to mature. He also tells us the key things a vertiport needs to have in order for it to be successful.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.09.01.275099v1?rss=1 Authors: de Clauser, L., Luiz, A. P., Santana-Varela, S., Wood, J. N., Sikandar, S. Abstract: Cancer-induced bone pain (CIBP) is a complex condition comprising components of inflammatory and neuropathic processes, but changes in the physiological response profiles of bone-innervating afferents remain poorly understood. We used a combination of retrograde labelling and in vivo calcium imaging of bone marrow-innervating DRG neurons to determine the contribution of these cells in the establishment and maintenance of CIBP. We found a majority of femoral bone afferent cell bodies in L3 DRG that also express the sodium channel subtype Nav1.8 - a marker of nociceptive neurons - and lack expression of parvalbumin - a marker for proprioceptive primary afferents. Surprisingly, the response properties of bone marrow afferents to both increased intraosseous pressure and acid were unchanged by the presence of cancer. On the other hand, we found increased excitability and polymodality of cutaneous afferents innervating the ipsilateral paw in cancer bearing animals, as well as a behavioral phenotype that suggests changes at the level of the DRG contribute to secondary hypersensitivity. Copy rights belong to original authors. Visit the link for more info

On this episode Rob Parkins joins Dennis and Kevin to talk about public access issues, fly fishing, spey casting, Clauser minnows, Boundary Waters Canoe Area Wilderness, and boomerangs. Rob is the Public Access Coordinator for BHA and an avid fly fisherman.Links to things we talk about:Rob Parkins: https://www.backcountryhunters.org/behind_the_scenes_rob_parkinsFriday Night Ties: https://www.backcountryhunters.org/friday_night_ties_how_to_tie_the_jigged_cdc_quails_nestBackcountry Hunters and Anglers: https://www.backcountryhunters.org/Boomerang Throw: https://www.youtube.com/watch?v=jPj53n33F7Q

In this episode of the Motorcar Marketing Podcast I talk with Brock Clauser from Stream Companies. Brock has worked with dozens of car dealers to help them generate leads through pay-per-click and search engine marketing. The podcast is available in iTunes, YouTube, Stitcher (for Android users), the Windows Marketplace, and the Blackberry store or you […]