Masanori gave a talk this week (Tuesday 14 April) in the Department of Physics and Astronomy at the University of Kentucky. The talk was delivered via zoom and the title was “Large-N limit as a second quantization“. A link to the seminar webage with detailed abstract is here. The image shown left is the logo […]
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On Friday 9 April, Masanori Hanada gave a talk at an online workshop hosted by the University of Washington. The workshop was on “Quantum Simulation of Strong Interactions : Theoretical Strategies for Gauge Theories“. He gave a talk on “Orbifold lattices for Hamiltonian simulation“. The workshop discussed regularization schemes for quantum field theory that can […]
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Anna and Sergey are participating and speaking at a major conference on One-Parameter Semigroups of Operators (OPSO 2021) this week (5-9 April). The conference is hosted by HSE University in Nizhny Novgorod and broadcast worldwide via zoom. Sergey is giving a plenary lecture on “Inertial manifolds for dissipative PDEs“, and Anna is giving a talk […]
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A joint BAMC-BMC is being held this week (6-9 April) hosted by the University of Glasgow and delivered virtually via Sococo. A link to the main website is here. On Tuesday 6 April Stefan Klus is speaking on “Kernel methods for detecting coherent structures“, and Dan Hill is speaking on “On the Existence of Localised […]
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The first paper is “Entanglement and confinement in coupled quantum systems“, co-authored by Fabien Alet (Toulouse, France), Masanori Hanada, Antal Jevicki (Kavli Institute, China), and Cheng Peng (Kavli, Brown U, and UC Davis). A link to the published (arXiv) versions are here (here). The second paper is “Partial deconfinement at strong coupling on the lattice” […]
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The paper “Validity of the hyperbolic Whitham modulation equations in Sobolev spaces“, co-authored by Tom Bridges, Anna Kostianko, and Sergey Zelik, has been published in the Journal of Differential Equations. The paper proves that modulation of periodic wave trains, of the defocusing nonlinear Schrödinger equation, can be approximated by solutions of the Whitham modulation equations, […]
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