[hep-th] Fwd: [Math_Physics] Mathematical Physics Webinar - WEDNESDAY, JANUARY 5TH AT 10:45AM AND WEDNESDAY, JANUARY 12TH AT 10:45AM (fwd)

[Marko Vojinovic]

---------- Forwarded message ----------
Date: Mon, 3 Jan 2022 16:22:36 -0500
From: Djordje Minic <dminic at vt.edu>
To: Marko Vojinovic <vmarko at mail.ipb.ac.rs>
Subject: Fwd: [Math_Physics] Mathematical Physics Webinar - WEDNESDAY,
     JANUARY 5TH AT 10:45AM AND WEDNESDAY, JANUARY 12TH AT 10:45AM

Srecna nova godina!

---------- Forwarded message ---------
From: Avishag Klatzkin <avishag.klatzkin at math.rutgers.edu>
Date: Mon, Jan 3, 2022 at 12:24 PM
Subject: [Math_Physics] Mathematical Physics Webinar - WEDNESDAY, JANUARY 5TH AT 10:45AM AND WEDNESDAY, JANUARY 12TH AT 10:45AM
To: Joel Lebowitz <lebowitz at math.rutgers.edu>
CC: math_physics at email.rutgers.edu <math_physics at email.rutgers.edu>


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MATHEMATICAL PHYSICS WEBINAR
RUTGERS UNIVERSITY

__________________________________________

 

IF YOU HAVE ANY QUESTIONS PLEASE EMAIL ME AT AK1178 at MATH.RUTGERS.EDU 

SEMINAR RECORDINGS ARE AVAILABLE ON OUR WEBSITE https://cmsr.rutgers.edu/news-events-cmsr/mathematical-physics-seminar/range.listevents/-

Paul J. Steinhardt - Princeton University

Wednesday, January 5, 10:45AM (Zoom meeting starts at 10:30)
Zoom link: https://rutgers.zoom.us/j/95577473748?pwd=VHVwVVh2MWRva0dkQk4xaGU3NVZnQT09

Meeting ID: 955 7747 3748 Password: 229660

“A New Direction in Early Universe Cosmology”

This talk will point out a number of misconceptions about the big bang and inflationary cosmology and explain why it may be necessary to replace both in order to account for the
observed large-scale properties of the universe.

------------------------------------------------------- 

Francesco Zamponi - l'Ecole Normale Supérieure

Wednesday, January 12, 10:45AM (Zoom meeting starts at 10:30)

“Recent progresses in the mean-field approach to the jamming transition”

The jamming transition is a non-equilibrium zero-temperature dynamical phase transition, which separates floppy and rigid states of soft repulsive spheres. It also corresponds to the
capacity transition of a data classifier in supervised learning. I will describe recent progress that has been made in a first-principle description of this transition, based on the
replica symmetry breaking idea. In particular, I will describe the calculation of the critical exponents.

YOU CAN FIND THE LIST OF JOB OPPERTUNITIES BY CLICKING ON THIS LINK https://cmsr.rutgers.edu/news-events-cmsr/news-cmsr/959-positions-and-academic-jobs

 

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