Prof. Yoshihiko Hasegawa — Research Profile
The University of Tokyo · Department of Electrical Engineering and Information Systems
About
Prof. Yoshihiko Hasegawa at The University of Tokyo Department of Electrical Engineering and Information Systems lists quantum information theory, quantum computing, mathematics as their registered research area.
Research keywords
Recent papers
- Thermodynamic uncertainty relation for generalized time-reversal observablesNewPhysical review. E · Oct 23
- Statistical decision theory in thermodynamicsNewPreprintarXiv (Cornell University) · Oct 19
From OpenAlex · papers whose author affiliation matches this university
Labs doing related research
Labs that recently published on topics this lab's recent papers share
Tetsuya Kobayashi 교수 연구실
The University of Tokyo · Department of Electrical Engineering and Information Systems
Information geometry of perturbed gradient flow systems on hypergraphs: a perspective towards nonequilibrium physicsInformation Geometry · Oct 1Shared topic: Advanced Thermodynamics and Statistical Mechanics
Sugiyama-Ishida Laboratory
The University of Tokyo · Department of Computer Science
Asymptotically Exact Negative Guidance of Diffusion Models via Positive-Unlabeled LearningNewPreprintarXiv (Cornell University) · Oct 14Shared topic: Markov Chains and Monte Carlo Methods
Joonhyun Yeo
Konkuk University · Physics
Role of system-bath interaction in non-Markovian quantum Brownian Otto cyclesPhysical review. E · Sep 17Shared topic: Advanced Thermodynamics and Statistical Mechanics
Other labs in this department
- Akiko Kumada 교수 연구실
high voltage technology, high current technology, power engineering, renewable energy
- Akira Hirose 교수 연구실
neural networks, wireless networks, AI, 5G/6G, imaging
- Atsutake Kosuge 교수 연구실
energy-efficient VLSI, AI, deep learning, semiconductors
- Daishi Kondo 교수 연구실
network security infrastructure, cybersecurity, protocols
- Daisuke Kobayashi 교수 연구실
radiation effects on semiconductors, aerospace, reliability
- Daisuke Saito 교수 연구실
speech information processing, audio analysis, deep learning