351-360 items (total 704)
Published on February 02, 2023
Creation of Non-Planar "Porphyrin 2.0"—Anticipating Development Toward Ultra-Functional Molecules Unattainable with Planar Compounds
Office of Communications and Public Relations
Published on February 02, 2023
A Pair of Neurons Continuously Generates a Lifelong Swimming Rhythm
Office of Communications and Public Relations
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
Office of Communications and Public Relations
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
Office of Communications and Public Relations
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
Office of Communications and Public Relations
Published on January 30, 2023
Parasitic Flatworms Contain Substances that Induce Sexuality in Planarians—A Clue for Drug Discovery Aimed at Eradicating Trematodiasis, a "Neglected Tropical Disease"
Office of Communications and Public Relations
Published on January 30, 2023
New Initiative Launched with Tokyu Land Corporation through Industry-Academia Collaboration to Establish a Hub for Content x Technology in the Takeshiba Area- A Practical Initiative in the "Social Creation" Class at the Graduate School of Media Design -
Office of Communications and Public Relations
Published on January 30, 2023
Development of a Positive Electrode Material Capable of Extracting Large Amounts of Energy from Magnesium Rechargeable Batteries at Room Temperature - A Major Step Toward Realizing Inexpensive, High-Performance Rechargeable Batteries to Replace Lithium-Ion Batteries -
Office of Communications and Public Relations
Published on January 25, 2023
World's First: Development of "FEEL TECH™," a Technology for Sharing Haptic Sensations Tailored to the Recipient's Perception through the "Human Augmentation Platform®" to Provide New Value in the 6G Era-Enabling the Recording and Sharing of Haptic Sensations with Others-
Office of Communications and Public Relations
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—
Office of Communications and Public Relations