Keio University

Press Release

541-550 items (total 1567)
Published on January 25, 2023

Successfully Replicated the Sensation of Human Touch on a Robot Using 5G's Ultra-Reliable and Low Latency Communications (URLLC)—A Japan-First Achievement, Realizing Keio University's Proprietary "Real Haptics" Technology via Mobile Data Communications—

Published on January 25, 2023

DOCOMO Announces World’s First Technology that Utilizes Human-Augmentation Platform for Sharing Haptic Information Between People

Published on January 20, 2023

Unraveling How Acquired Stress Controls Aging via the Epigenome: Loss of Epigenomic (Analog Information) Memory and Cellular Identity in Aging

Published on January 19, 2023

Development of an artificial system in which oil droplets exhibit collective motion—Hopes for a deeper understanding of the mechanisms of collective motion in living organisms from a chemical perspective—

Published on January 18, 2023

"KEIO SPORTS SDGs Symposium 2023" to be Held on February 26- Promoting Sports and Physical Activity through Multidisciplinary Collaboration -

Published on January 17, 2023

"Minami-Aso Village Grassland Restoration and Akaushi Beef Revival Project" Launched to Aim for Sustainable Regional Development Through Ethical Livestock Farming- Idemitsu Kosan Co.,Ltd. makes a corporate hometown tax donation in support of the project's purpose -

Published on January 16, 2023

Clinical Trial Confirms that Intake of Matured Hop-Derived Bitter Acids, a Bitter Component of Beer, Regulates Autonomic Nervous System Activity and Improves Attention in Healthy Adults-Partially Elucidating the Mechanism by which Matured Hop-Derived Bitter Acids Improve Cognitive and Mental Functions-

Published on January 12, 2023

Elucidating the Formation Process of the Mysterious Brain Region Known as the Claustrum: Research by a Current Medical Student

Published on January 11, 2023

Demonstration of Precise Control of an Ultra-Compact "Optical Frequency Ruler": Toward Applications in Precision Spectroscopy and Low-Noise Microwave Sources

Published on December 26, 2022

Development of a Technology to Disassemble and Reassemble the Soccer-Ball-Shaped Protein Nanoparticle TIP60—A Protein Whose Dissociation and Association Can Be Controlled at Any Given Time