Past Events

MiS Seminar Series: Quantum Biology: radical pairs under the microscope

2023年4月5日 (水) 12:00 13:00
L4E01

Speaker::Jonathan R. WOODWARD

Professor of University of Tokyo Graduate School of Arts and Sciences

Speciality: Physical Chemistry,Photochemistry,Spin Chemistry

https://www.u-tokyo.ac.jp/focus/en/people/people100335.html

Kinetic Theory: Stability, Regularity and Spectral Analysis of the Boltzmann Equation

2023年3月9日 (木) 13:30 15:00
L4E26

Speaker;Dingqun Deng, Beijing Institute of Mathematical Sciences and Applications

Möbius bands obtained by isometrically deforming circular helicoids

2023年3月8日 (水) 12:00 13:00
L4E48

Speaker: Professor Eliot Fried

WIENER-TYPE CRITERION OF BOUNDARY HÖLDER REGULARITY OF FRACTIONAL LAPLACIAN

2023年3月3日 (金) 10:00 11:30

Dr. Feng Li, Uppsala University

 

Mathematics in the Science : Self-Correcting Quantum Many-Body Control using Reinforcement Learning with Tensor Networks

2023年1月25日 (水) 12:00 13:00
L4E48

SPEAKER : Ms. Friederike Metz (Busch Unit Phd student)

Mathematics in the Sciences (MiS).

2023年1月18日 (水) 12:00 13:00
L4E48

Prof. Ugur Abdulla  Analysis and Partial Differential Equations Unit

Professor Ugur Abdulla received Ph.D. in Mathematics from Soviet Union Academy of Sciences, Doctor of Physical & Mathematical Sciences degree from High Attestation Comission of the Azerbaijan Republic, Habilitation Doctor degree in Mathematics from Saxon Ministry of Art and Sciences in Germany. He was a Royal Society Research Professor at the University of Nottingham in England, Alexander von Humboldt Fellow at the Universities of Paderborn, Bremen and Bonn in Germany, and Max-Planck Research Fellow at the Max-Planck Institute for Mathematics in Natural Sciences in Leipzig , Germany. Prior joining OIST, he was a Professor of Mathematics at the Florida Institute of Technology, United States in 2004-2022. Professor Abdulla is an expert on Partial Differential Equations, Potential Theory, Calculus of Variations & Optimal Control, and Mathematical Biosciences with 62 scholarly publications. He solved an outstanding open problem posed by Kolmogorov in 1928, and proved the Wiener-type criterion at infinity for the second-order elliptic and parabolic PDEs.

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