Lesezeichen (verstecken)129
- biography of Germaine Greer (*1-29-1939), Australian feminist, journalist, literary scholar and art historian
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- As heard on Type Theory Forall: #18 Gödel's Incompleteness Theorems - Cody Roux Lien de la page web de l'épisode: https://www.typetheoryforall.com/2022/05/19/18-Godel-Incompleteness-Theorems-(Cody-Roux).html Fichier de l'épisode: https://www.typetheoryforall.com/episodes/episode18.mp3
- Those of us who have to witness the sad affair of Ukraine’s rape should be aware that only a real castration prevents rape
- Leon Sandler, The Bosphorus Review Of Books
- 7,500 years ago, at Lepenski Vir in Serbia, ancient humans built the first houses in Europe, thousands of years before the first human settlements in Europe were thought to have been made.
- 7. Historical Materialism and Aristocratism: Marx(ism), Strauss (a)
- Thiel defines secrets as important truths about the world that other people don’t yet realize.
- Jennifer Westacott, Business Council of Australia
- Books, workshops for kids, publication
- The ARC Centre of Excellence for Mathematical and Statistical Frontiers proudly presents this lecture as part of its public lecture series. About this event Diffusion is pervasive in the natural world. Over one hundred years ago Einstein created a remarkably simple and powerful theory describing the behavior of a single diffusing particle. That theory has since been applied countless times to successfully model widely disparate systems. In this talk, Ivan will explain a failure of this theory when applied to systems with many particles diffusing in the same environment. In particular, in such systems, the particles that move the furthest (the extremes of the diffusion) are governed by behaviors much different than would follow from Einstein's theory. Ivan will demonstrate this through analysis of a mathematical model for random walks in a random environment, and discuss ongoing numerical and experimental works to confirm the conclusion that we draw from this model. Ivan will also discuss why studying extreme diffusion is important in some physical, biological, epidemiological, and social applications. This public lecture will be 45 minute presentation followed by Q & A. About the speaker Ivan Corwin is a professor of mathematics at Columbia University. He studies aspects of probability and mathematical physics including random interface growth, interacting particle systems, random matrix theory and stochastic partial differential equations. He received his PhD from the Courant Institute in 2011 and has since held positions at Microsoft Research, MIT, Institut Henri Poincare (at the Poincare Chair), U.C. Berkeley (currently as a Visiting Miller Professor), and Columbia. He has held a Clay Research Fellowship, a Packard Fellowship, and Simons Fellowship, a Schramm Fellowship and is a Fellow of the American Mathematical Society and of the Institute of Mathematical Statistics. He was the recipient of the 2021 Loeve prize in probability, 2018 Alexanderson Award, 2014 Rollo Davidson Prize, 2012 Young Scientist Prize of the I UPAP, and gave an invited lecture at the 2014 International Congress of Mathematicians. Further details about Professor Corwin's research, and papers are available here . Time Zones This lecture will be held on Thursday 4 November 11am-12pm Australian Eastern Daylight Time. To check the date and time of this lecture against your time zone, click this link and enter your city. Tags Online Events Online Seminars Online Science & Tech Seminars #science #mathematics #diffusion #particles #mathematics__statistics #mathematics_education #mathematicalscience #mathematicalstatistics #einsteinstheory #extremediffusion
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