Keio University

Press Release

511-520 items (total 1552)
Published on February 07, 2023

Keio Museum Commons Exhibition (March 6–April 27)Constructing "Ruins": What Was and Was Not Unearthed in the KeMCo Construction

Published on February 07, 2023

Discovery of the Thermodynamic Meaning Hidden in the Distance Between Probability Distributions—New Insights into the Thermodynamic Arrow of Time—

Published on February 06, 2023

NEC and Keio University Co-create "Potential Carbon Credits," a New Approach to Financialize Future CO2Reduction Amounts from Disaster Prevention and Mitigation to Realize a Decarbonized Society—Promoting Social Implementation and Aiming to Establish a Consortium in Fiscal 2023—

Published on February 06, 2023

NEC and Keio University Co-Create New Approach to Credits for Future CO2Reduction through Disaster Prevention and Adaptation: Aim to establish a consortium in FY2023 to promote social implementation

Published on February 03, 2023

Study on the Realities of Telework and Workers During the Spread of COVID-19 (8th Survey on the Realities of Telework Among Workers (Preliminary Report)—Including "Survey on Security Awareness Regarding the Ukraine Crisis")

Published on February 02, 2023

Creation of Non-Planar "Porphyrin 2.0"—Anticipating Development Toward Ultra-Functional Molecules Unattainable with Planar Compounds

Published on February 02, 2023

A Pair of Neurons Continuously Generates a Lifelong Swimming Rhythm

Published on February 02, 2023

Genomic Features Potentially Linked to Healthy Longevity Discovered Through the Development of a Japanese Epigenomic Age Estimation Method and a Study of Supercentenarians

Published on February 02, 2023

Successful Development of Combined Therapy Using Human iPS Cell Transplantation for Chronic Complete Spinal Cord Injury

New combination therapy brings together human iPS cell transplantation and scaffolds containing hepatocyte growth factor

Published on January 31, 2023

Realization of Stacking of Charged π-Electron Systems by Overcoming Electrostatic Repulsion Using Polarization—Expectations for Establishing a New Design Principle for Organic Semiconductors