Topological Holography: The Example of The D2-D4 Brane System
Ishtiaque, N
Moosavian, S
Zhou, Y
(09 May 2020)
Superspin chains from superstring theory
Ishtiaque, N
Moosavian, S
Raghavendran, S
Yagi, J
(06 Apr 2022)
Superspin chains from superstring theory
Ishtiaque, N
Moosavian, S
Raghavendran, S
Yagi, J
(16 Aug 2022)
Secondary Household Covid-19 Transmission Modelling of Students Returning Home from University
Harper, P
Moore, J
Woolley, T
A general computational framework for COVID-19 modelling with applications to testing varied interventions in education environments
Moore, J
Lau, Z
Kaouri, K
Dale, T
Woolley, T
Dipole and pairwise models for the motion of bubbles in a Hele-Shaw cell
Booth, D
Griffiths, I
Howell, P
Royal Society Open Science
Hybrid offset boosting in a hyperchaotic map
Li, C
Yu, W
Moroz, I
Li, Y
Zheng, Y
Chaos, Solitons and Fractals
Hybrid offset boosting in a hyperchaotic map
Li, C
Yu, W
Moroz, I
Li, Y
Zheng, Y
Chaos Solitons & Fractals
volume 204
117735
(01 Mar 2026)
Tue, 03 Mar 2026
16:00
16:00
C3
Rigidity for graph product von Neumann algebras
Camille Horbez
(Université Paris-Saclay)
Abstract
Graph products of groups were introduced by Green as a construction that encompasses both direct products and free products. Likewise, the notion of graph product of von Neumann algebras, introduced by Caspers and Fima, recovers both tensor products and free products. Camille Horbez will present rigidity theorems for graph products of tracial von Neumann algebras, and discuss the computation of their symmetries, drawing parallels with the case of groups. This is a joint work with Adrian Ioana.