ERATO Sagawa
Information-to-Energy
Interconversion Project

The aim of this project is to establish the fundamental limit of energy cost for
information processing, which, in the long term, would lead to designing
principles of fast and energy-efficient computers.

PROJECT

ACHIEVEMENT

NEWS

2026/08/24: Press Release: Multipartite entanglement determines when quantum many-body states behave like thermal states: Classifying quantum states through extractable work

2026/07/31: Press Release: Quantum Acceleration Sensing Using Levitating Nanoparticles Achieved—Developing a Dynamic Method to Overcome Limitations Caused by Quantum Fluctuations—

2026/07/27: Press Release: Measurement-Induced Crossover of Quantum Jump Statistics in Postselection-Free Many-Body Dynamics

2026/07/01: ACHIEVEMENT was updated.

2026/06/22: Press Release: Breaking Down the Thermodynamic Cost of Sustaining Nonlinear Oscillations