Podcasts about liouville

Nalini AnantharamanGéométrie spectraleCollège de FranceAnnée 2024-2025Colloque - Géométries aléatoires et applications - Thierry Lévy : Volume de l'espace des modules de connexions plates, d'après Witten Volume of the Moduli Space of Flat Connections, After WittenIntervenant :Thierry LévySorbonne UniversitéRésuméDans cet exposé, je présenterai la manière dont Witten a calculé, au début des années 1990, le volume symplectique de l'espace des modules de connexions plates sur un fibré principal au-dessus d'une surface compacte sans bord. L'idée principale de Witten était d'approcher la mesure de Liouville sur l'espace des connexions plates par une mesure sur l'espace de toutes les connexions (modulo tranformations de jauge), la mesure de Yang—Mills non normalisée, dont il est "facile" de calculer le volume, en tout cas à un certain niveau heuristique.

Puntata 459 presentata da Andrea e Marco. In apertura (dopo le scuse per il ritardo nel fare uscire la puntata) Marco racconta della "catastrofe" occorsa al pallone stratosferico della NASA (con a bordo vari strumenti in cui anche lui era coinvolto). In esterna Valeria intervista Andrea Tavernaro e Ruggero Rollini su Pharmakon, il podcast di cui sono autori, che racconta la storia del talidomide, un farmaco messo in commercio alla fine degli anni ‘50 che si è poi scoperto essere teratogeno e la cui storia ha ripercussioni nella nostra quotidianità. Dopo una barza che fa sembrare un lieto evento la catastrofe del pallone, Andrea racconta di come le intelligenze artificiali vengono utilizzate per controllere i fasci degli acceleratori di particelle.

Peter Kuchment; Texas A&M University 23 January 2007 – 16:00 to 17:00

The Nose is all TV all the time this week. First: Is the era of the unifying television hit already over? And: Has Netflix already lost its cool? And then: Kevin Can F**k Himself is both a multi-camera sitcom and a single-camera drama at the same time. It airs on AMC and stars Annie Murphy. Some other stuff that happened this week, give or take: Richard Donner, Director of 'Superman,' 'The Goonies' and 'Lethal Weapon,' Dies at 91 R.I.P. filmmaker and actor Robert Downey Sr.His son, actor Robert Downey Jr., confirmed the news on Instagram What Deadlines Do to LifetimesCan we find a balance between structuring our time and squandering it? Brace yourself for the Bill Cosby media redemption tourIn the comedy world he may still be persona non grata. But can TV news divisions resist the ratings he'd pull in? 2021 Miss Nevada Will Be The First Openly Transgender Miss USA Contestant Everyone is praising Selena Gomez's unedited swimsuit and bikini pictures"Seeing Selena Gomez's stomach & body WITHOUT PHOTOSHOP is fire" The Pop Music You Listen to Really Does MatterThe story of Dr. Luke and Doja Cat shows how the industry relies on consumer passivity. But audiences can still stand against alleged abusers. Future Lord of the Rings films should acknowledge the book's queer leaningsNobody wants to see a horny Gollum or Orcs with raging hard-ons – but why shouldn't some of Middle-earth's denizens be gay? If they won't let Zack Snyder make a stupid Star Wars, he'll just make his own stupid Star Wars Zack Snyder is making an Akira Kurosawa-inspired sci-fi epic for Netflix How Disney Mismanaged the Star Wars UniverseAnd how The Mandalorian can restore the true power of George Lucas's galaxy The Urge to Destroy a ViolinAn Instagram account reveals both our reverence for and our loathing of classical instruments. The Games Done Quick Marathon Is More Important Than EverFor years, GDQ has brought together gamers to speedrun for charity. After a year of loss and loneliness, the event means so much more. Returnal and Why Games Need More Badass Middle-Aged WomenWomen in video games are either young and sexy or old and wise. But a character who’s built up the strength and confidence of experience? Sign me up. How "The Print Shop" Turned People into Banner Wizards in the 1980s Mathematicians Prove 2D Version of Quantum Gravity Really WorksIn three towering papers, a team of mathematicians has worked out the details of Liouville quantum field theory, a two-dimensional model of quantum gravity. What Gets Lost as Little Leagues Get SmallerTown leagues, unprofessionalized and open to all, knit neighborhoods together in ways that intensive and competitive travel teams do not. How "Rick and Morty" and "Loki" built thoughtful altars to apathy for everything we hold dearBoth shows acknowledge that gods exist. But each questions the zealotry with which we follow them 'Legally Blonde' Oral History: From Raunchy Script to Feminist ClassicAlong the way, adult zingers were edited out, Jennifer Coolidge struggled with the "bend and snap" and the ending was changed at least three times. You Really Need to Quit TwitterHow could I have succumbed to this common, embarrassing habit that just about everyone on Earth knows is a scourge? Why Is Everyone Talking About the "Cat Person" Short Story Again? "Cat Person" and MeKristen Roupenian's viral story draws specific details from my own life. I've spent the years since it published wondering: How did she know? Nicholas Braun is going to be the Cat Person asshole in the viral story's movie adaptationEmilia Jones will play Margot, the 20-year-old who goes on a bad date with the Cat Person Admit it: Grilling is bad GUESTS: Carolyn Paine - An actress, comedian, and dancer; founder, director, and choreographer of CONNetic Dance Bill Yousman - Professor of Media Studies at Sacred Heart University Join the conversation on Facebook and Twitter. Colin McEnroe and Cat Pastor contributed to this show.Support the show: http://www.wnpr.org/donateSee omnystudio.com/listener for privacy information.

Eric Mobley is a 27 year old living in Liouville, Kentucky. He works in higher education and has been married for five years. Currently adapting to post-COVID life, Eric shares his story on how this past year has been very different than most. Not only did he have to navigate a pandemic, Eric also found out his family history (and part of his identity) is significantly different than he previously believed. Listen to Eric Mobley as he discusses with Ellen and Jenn: • Being raised by older parents. • Finding out as an adult -- through a DNA test --that he was donor conceived. • Learning that a high school classmate was a half-sibling! • Meeting other half siblings and the donor. • Answering medical questions and facing mental health challenges. • Fearing rejection and finding the right support. Want to share your story or ask a question? Call and leave us a message on our hotline: 303-997-1903. Learn more about our podcast: https://iwanttoputababyinyou.com/ Learn more about our surrogacy agencies: https://www.brightfuturesfamilies.com/ Get your IWTPABIY merch here! https://iwanttoputababyinyou.com/merch Learn more about Ellen's law firm: http://trachmanlawcenter.com/

I will present the connection between the Wheeler-DeWitt approach for two-dimensional quantum gravity and holography, focusing in the case of Liouville theory coupled to c = 1 matter. The analysis is in a spirit similar to the recent studies of Jackiw-Teitelboim gravity. Matrix quantum mechanics and the associated double scaled fermionic field theory, are providing the complete dynamics of such two-dimensional universes with c=1 matter, including the effects of topology change.

New perspectives on supersymmetric gauge theories

New perspectives on supersymmetric gauge theories

BACK ALAN WATTS x AKIRA THE DON - WATTSWAVE 6 NOW! https://igg.me/at/wattswave6 New in store! BANDANAS: https://www.meaningwave.com/collections/bandanas NECK SCARVES: https://www.meaningwave.com/collections/tube-scarfs-aka-neck-gaitors New Face Masks designs out now! https://www.meaningwave.com/collections/anti-microbial-face-masks Become a member of the channel: https://www.youtube.com/channel/UCsoiSpBvkr4Y-78Pj3recUw/join  ▶️ Follow the Meaningwave Playlist on Spotify and Apple: https://fanlink.to/meaningwaveplaylist ▶️ MERCH/LYRICS: http://www.meaningwave.com

Miller, J (Massachusetts Institute of Technology) Monday 15 June 2015, 14:00-15:00

Vargas, V (École Normale Supérieure) Friday 24 April 2015, 14:00-15:00

Seri, M (University College London) Tuesday 24 February 2015, 14:00-15:00

Miller, J (Massachusetts Institute of Technology, Microsoft Research) Thursday 29 January 2015, 09:00-10:00

Rhodes, R (Université Paris-Dauphine ) Tuesday 27 January 2015, 10:00-11:00

Funzioni armoniche, teorema della media, teorema di Liouville, teorema fondamentale dell'algebra.

Considering two dimensional gravity coupled to a CFT, we show that a semiclassical black hole can be described in terms of two Liouville theories matched at the horizon. The black hole exterior corresponds to a space-like while the interior to a time-like Liouville theory. This matching automatically implies that a semiclassical black hole has an infinite entropy. The path integral description of the time-like Liouville theory (the Black Hole interior) is studied and it is found that the correlation functions of the coupled CFT-gravity system are dominated by two (complex) saddle points, even in the semiclassical limit. We argue that this system can be interpreted as two interacting Bose-Einstein condensates constructed out of two degenerate quantum states. In AdS/CFT context, the same system is mapped into two interacting strings intersecting inside a three-dimensional BTZ black hole. (C) 2014 The Author

In this lecture, students learn to determine how fast particles travel, and topics including wave to particle transition and particle transport processes with Liouville equation and Boltzmann equation. It also covers the result of first midterm exam.

Langer, H (Vienna University of Technology) Tuesday 06 September 2011, 14:00-15:00

Abstract: Motivated by recent experiments, which demonstrated lasing and cooling of the electromagnetic modes in a resonator coupled to a superconducting qubit, we describe the specific mechanisms creating the population inversion, and we study the spectral properties of these systems in the lasing state. Different levels of the theoretical description, i.e., the semi-classical and the semi-quantum approximation, as well as an analysis based on the full Liouville equation are compared. We extend the usual quantum optics description to account for strong qubit-resonator coupling and include the effects of low-frequency noise. Beyond the lasing transition we find for a single- or few-qubit system the phase diffusion strength to grow with the coupling strength, which in turn deteriorates the lasing state. Dr. Schön is a physicist with Institut für Theoretische Festkörperphysik, Karlsruher Institut für Technologie (Universität). Presented April 7, 2010.