Keio University

News

191-200 items (total 701)
Published on January 15, 2024

Successful Wireless Autonomous Control of a Semi-Autonomous Robot Hand and Arm Capable of Appropriate Force Adjustment—A Japan-First Initiative Enabling Real-Time Analysis of Haptic Information via 5G and MEC to Enhance Robot Mobility—

Office of Communications and Public Relations

Published on January 11, 2024

Successful Development of an Oral Nanoparticle Formulation for Safe and Effective Allergy Treatment—Hopes for a Therapeutic Drug to Halt the "Allergic March" Starting in Infancy—

Office of Communications and Public Relations

Published on January 11, 2024

Successful Observation of Emergent Inductance at Room Temperature and Low Magnetic Fields in Magnetic Thin Films on Flexible Substrates by Applying a "Staircase-Like Magnetic Field" to Efficiently Generate Magnetic Domain Walls—Promising for Ultra-Sensitive Magnetic Sensors

Office of Communications and Public Relations

Published on December 27, 2023

Students Submit Final Proposals to the University President for the 2023 Keio Student Conference

Office of Communications and Public Relations

Published on December 26, 2023

Keio Selected as Part of the Program for Forming Japan's Peak Research Universities (J-PEAKS)

Office of Communications and Public Relations

Published on December 22, 2023

Discovery of a New Antiviral Drug Candidate Expected to Cure Hepatitis B—New Compound iCDM-34 Suppresses Viral Genome Synthesis

Office of Communications and Public Relations

Published on December 22, 2023

Four Researchers from Keio University Selected among the World's Most Influential Researchers (Highly Cited Researchers 2023)

Office of Communications and Public Relations

Published on December 19, 2023

Engraftment and Therapeutic Effects of Stem Cell Sheets Derived from Human Umbilical Cords Clarified in Mice—Expected as a New Stem Cell Therapy—

Office of Communications and Public Relations

Published on December 18, 2023

Online Psychiatric Care Has Therapeutic Effects Equivalent to In-Person Care—Proven in a Non-inferiority Trial Involving 19 Domestic Institutions

Office of Communications and Public Relations

Published on December 15, 2023

Discovery of Energy Resonance Phenomenon at Nano-Semiconductor Interface—Anticipating Applications in Semiconductor Devices Using Heterostructures of Different Dimensions—

Office of Communications and Public Relations