Research

Latest Research Presentations

Multipartite entanglement determines when quantum many-body states behave like thermal states: Classifying quantum states through extractable work

Multipartite entanglement determines when quantum many-body states behave like thermal states: Classifying quantum states through extractable work

2026/08/24
A Bridge between Ambient- and High-Pressure Superconductivity in Strained Bilayer Nickelate Films

A Bridge between Ambient- and High-Pressure Superconductivity in Strained Bilayer Nickelate Films

2026/08/20
An Atomic-Scale Double Slit Reveals How Neighboring Atoms Vibrate Together: A Ten-Million-Times-Smaller Young's Experiment Opens a Route to Thermal Design of Semiconductors

An Atomic-Scale Double Slit Reveals How Neighboring Atoms Vibrate Together: A Ten-Million-Times-Smaller Young's Experiment Opens a Route to Thermal Design of Semiconductors

2026/08/19

Students and Faculty Achievements

Many students and faculty members have received high recognition for their efforts and innovative research, earning numerous awards both domestically and internationally. For details on the initiatives and achievements of the awardees in various fields, please refer to the links below.

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Graduate School of Engineering

Department Introduction / Affiliated Facilities

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