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(reserved by the hiring committee) | (reserved by the hiring committee) | ||
'''Surface phenomena in the 2D and 3D Ising model''' | |||
Since its introduction in 1920, the Ising model has been one of the most studied models of phase transitions in statistical physics. In its low-temperature regime, the model has two thermodynamically stable phases, which, when in contact with each other, form an interface: a random curve in 2D and a random surface in 3D. In this talk, I will survey the rich phenomenology of this interface in 2D and 3D, and describe recent progress in understanding its geometry in various parameter regimes where different surface phenomena and universality classes emerge. | |||
== January 20, 2022, [https://web.math.princeton.edu/~nfm2/ Nicholas Marshall] (Yale) == | == January 20, 2022, [https://web.math.princeton.edu/~nfm2/ Nicholas Marshall] (Yale) == | ||
Revision as of 02:58, 4 January 2022
UW Madison mathematics Colloquium is on Fridays at 4:00 pm.
January 10, 2022, Monday at 4pm in B239, Reza Gheissari (UC Berkeley)
(reserved by the hiring committee)
Surface phenomena in the 2D and 3D Ising model
Since its introduction in 1920, the Ising model has been one of the most studied models of phase transitions in statistical physics. In its low-temperature regime, the model has two thermodynamically stable phases, which, when in contact with each other, form an interface: a random curve in 2D and a random surface in 3D. In this talk, I will survey the rich phenomenology of this interface in 2D and 3D, and describe recent progress in understanding its geometry in various parameter regimes where different surface phenomena and universality classes emerge.
January 20, 2022, Nicholas Marshall (Yale)
(reserved by the hiring committee)
January 24, 2022 , Rachel Skipper (Ohio State)
(reserved by the hiring committee)
February 25, 2022, Rohini Ramadas (Warwick)
(WIMAW)
April 8, 2022 , Matthew Stover (Temple University)
(hosted by Zimmer)
April 22, 2022 , Detlef Müller (Kiel, Germany)
(hosted by Seeger and Stovall)
April 25-26-27 (Monday [VV B239], Tuesday [Chamberlin 2241], Wednesday [VV B239]) 4:00 p.m. Larry Guth (MIT)
Departmental Distinguished Lecture series