Press Releases (Newspaper and Media Coverage)

Publication Year

61-70 items (total 217)

Published At September 03, 2024

[Press Release] Discovery of Quasiparticles Emitted from Color Centers in Diamond Crystals [Professor Paul Fons, Department of Electronics and Electrical Engineering]

Published At August 21, 2024

[TV] "Close-up Gendai": "Hot Houses! What to Do About Housing in the Age of Global Boiling" [Associate Professor Shun Kawakubo, Department of System Design Engineering]

Published At August 05, 2024

[Press Release] Fast Phase-Change Functionality Discovered in Chromium Nitride, a Known Surface Coating Material—Heralded as a New Material for Phase-Change Memory Essential for IoT and AI—[Professor Paul Fons, Department of Electronics and Electrical Engineering]

Published At July 17, 2024

[Press Release] "Brain-Tech Guidebook Vol. 2 – A Guide to Responsible Product Development –" Released [Mitsuaki Takemi, Project Lecturer, Graduate School of Science and Technology]

Published At July 01, 2024

[WEB] Keio University Discovers Evidence of a Dark Matter Subhalo that Passed Through the Milky Way at High Speed [Professor Tomoharu Oka, Department of Physics]

Published At June 28, 2024

[Press Release] Successful Observation of "Orbital Pumping," a New Phenomenon that Generates Orbital Current—A New Phenomenon Leading to the Accelerated Evolution of Electronic Technology—[Kazuya Ando, Associate Professor, Department of Applied Physics and Physico-Informatics; Hiroki Hayashi, Assistant Professor (Non-tenured), Graduate School of Science and Technology]

Published At June 26, 2024

[WEB] Keio University Clarifies Molecular Characteristics and Discovers New Facts about "Why Ice Is Slippery" [Professor Kenji Yasuoka, Department of Mechanical Engineering]

Published At June 25, 2024

[WEB] Keio University Faculty of Science and Technology to Introduce New AO Admissions Method from AY2025, Emphasizing "Strong Interest in an Academic Field"

Published At June 25, 2024

[Press Release] Why is Ice Slippery? Elucidating the Heterogeneous Molecular Motion in the Quasi-Liquid Layer on Ice Surfaces Using Molecular Dynamics Simulations and Machine Learning [Professor Kenji Yasuoka, Department of Mechanical Engineering]

Published At June 21, 2024

[Press Release] Development of a Large-Area Thin-Film Fabrication Technique for the Quasi-One-Dimensional Material ZrTe5 with Weakly Bonded Atomic Chains—Anticipating the Realization of Next-Generation Devices Leveraging Anomalous Quantum Phenomena and High Thermoelectric Performance—[Professor Paul Fons, Department of Electronics and Electrical Engineering]