Date

2021年1月21日 (木) 17:00 18:00

Presenter:  Kamila. Paper: Viral Gene Drive in Herpesviruses (https://www.nature.com/articles/s41467-020-18678-0#:~:text=In%20herpesviruses%2C%20gene%20drive%20involves,WT%20and%20a%20modified%20virus.&text=We%20demonstrate%20that%20gene%20drive,population%20in%20cell%20culture%20experiments.)

Date

2021年1月21日 (木) 13:00 15:00

Title: An Invitation to Topological String Theory

Abstract: I will introduce the beauty of interplay among quantum field theory in various dimensions. More concretely, I will give an elementary review of fascinating relations among topological A-models and B-models, Chern-Simons theory, Seiberg-Witten theory, and matrix models. This talk will be designed for nonexperts so everyone in theoretical physics is welcome to join, including students. Research talks with more technical details may follow next week (and onwards) if there are interests. 

Date

2021年2月18日 (木) 10:00

 Hippobellum in health and disease: cerebellar influence on the hippocampus

Prof. Esther Krook-Magnuson, Department of Neuroscience, University of Minnesota

   Time: Thursday, Feb 18 at 10 am            Zoom link: https://oist.zoom.us/j/96422359435    

Date

2021年1月19日 (火) 16:00

Language: English

Date

2021年1月20日 (水) 16:00 17:00

Title: From 2D and 3D billiards for light to mesoscopic optics

Speaker: Prof. Dr. Martina Hentschel
Theoretical Physics of Complex Dynamic Systems, Technische Universität Chemnitz, Germany

Date

2021年2月8日 (月) 9:00

Language: English

Date

2021年1月20日 (水) 16:30 17:30

TQM unit is pleased to invite you to the seminar!

Date

2021年2月12日 (金) 14:00

Theoretical Physics Seminar.
Speaker: Eliot Fried (Mathematics, Mechanics, Materials and other aspects of M-theory).
Title: "The dynamics of incompressible fluids with incompatible velocity gradients".

Date

2021年1月26日 (火) 16:30

Speaker: Chris Chung, OIST

Title: \(\imath\)Quantum Covering Groups: Serre presentation and canonical basis

Date

2021年1月15日 (金) 14:00

Theoretical Physics Seminar.
Speaker: David O'Connell (Quantum Gravity).
Title: "An Introduction to Lie Theory".

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