コーヒーミーティング過去ログ
2019-10-04
Topological phases of matter and operator algebras
河東 泰之 (数理創造プログラム 客員主管研究員 / 東京大学 大学院数理科学研究科 教授)
2019-09-27
Derived geometry and topological field theory
Andrew Macpherson (IPMU)
2019-09-06
On Data Assimilation
三好 建正 (数理創造プログラム 副プログラムディレクター / 理化学研究所 計算科学研究センター (R-CCS) データ同化研究チーム チームリーダー)
2019-08-09
From astrophysics to Biophysics and back
Molodij Guillaume (Weizmann Institute)
2019-06-21
On the impact of the chiral anomaly and chiral magnetic effect in the early Universe
Kohei Kamada (Center for Theoretical Physics of the Universe, Institute for Basic Science, Republic of Korea)
2019-05-24
Introduction to Black Hole Shadow of M87
水野 陽介 (Frankfurt University, Germany)
2019-05-17
What is quantum computing?
松浦 俊司 (Fundamental Researcher, Quantum Simulation Division, 1QBit, Canada)
2019-02-15
GRB Correlations for GRB Cosmology and machine-learning analysis
マリア・ジョヴァンナ・ダイノッティ (理化学研究所 開拓研究本部 (CPR) 長瀧天体ビックバン研究室 客員研究員)
2019-01-18
Stochastic and deterministic controls in ageing process
Yukinobu Arata (Cellular Informatics Laboratory, RIKEN)
Animals are born after a miraculous embryogenesis, and after the birth, they age and eventually die. Basically, ageing is considered as a “wearing out” process of biological systems. However, such a strong self-organizing force during embryogenesis would draw us to think why animals do not live forever based on the force? To scientifically approach this thought, we can set several questions; 1) what kind of statistical laws the “wearing out” process is governed by, 2) how much deterministic controls are involved in the ageing process, 3) how much we can predict or artificially manipulate our lifespan? To address these questions, I have been preparing for a recording system for motions and physiological change of a tiny multicellular animal, C. elegans at video rate during their lifespan (~20 days). This recording system will generate unprecedentedly long time series data in Biology. In this meeting, I would like to discuss which existing mathematical frameworks developed in Physics and Mathematics can be applicable for these Biological issues, and would like to discuss the limit of the mathematical frameworks.
2018-12-07
A physicist's adventure into the field of Ergonomics
カトゥリン・ボシゥメン (数理創造プログラム 客員主管研究員 / Professor, Department of Physics, Ryerson University, Canada)
In this talk, I will present the key results of the paper I co-authored on this topic: Modelling endurance and resumption times for repetitive one-hand pushing by Linda M. Rose, Catherine A. A. Beauchemin & W. Patrick Neumann, Ergonomics, Volume 61, Issue 7, Pages 891-901, 2018.
2018-11-09
Spin hydrodynamic generation: A new power generation at nanoscale
松尾 衛 (University of Chinese Academy of Sciences, China)
In this talk, I would like to introduce a new power generation using the electron as a nanoscale spinning gear. Electron, the most common elementary particle to us, is spinning perpetually since the beginning of the universe and the spinning motion is the origin of the magnetism. Recently we discovered interconversion mechanism between the electron’s spinning motion and electric power, and experimentally demonstrated it using liquid metal flow. We believe this will be a power source of nanorobots in the future.