401-410 items (total 701)
Published on October 18, 2022
Announcing Research Findings on the Paleo-diet of Sika Deer from the Jomon Period
Office of Communications and Public Relations
Published on October 17, 2022
Successful Observation of Magnetoresistance Effect at Room Temperature in Magnetic Nanodevices with Sandwiched Molecules—Pioneering a New Interdisciplinary Field Merging "Nanoscience," "Spin," and "Molecules"
Office of Communications and Public Relations
Published on October 14, 2022
Brain-Tech Guidebook Released—Toward a Society Where Brain-Tech Can Be Correctly Understood and Used Safely—
Office of Communications and Public Relations
Published on October 13, 2022
Keio Becomes First Private University to Be Selected under World Premier International Research Center Initiative
Office of Communications and Public Relations
Published on October 13, 2022
Combined Use of Amyloid and Tau PET Scans May Significantly Improve Diagnosis and Treatment in Dementia Care
Office of Communications and Public Relations
Published on October 12, 2022
Successful Ultra-Narrow Linewidth Carbon Nanotube Emission Using On-Chip Silica Resonators
Office of Communications and Public Relations
Published on October 11, 2022
Control of Scleral Endoplasmic Reticulum Stress Suppresses the Onset and Progression of Myopia—Elucidating the Mechanism of Myopia Progression and Raising Hopes for the Creation of New Therapeutic Drugs for Myopia
Office of Communications and Public Relations
Published on October 11, 2022
Establishment of a New Molecular Design Method for Fluorescent Probes by Controlling the "Twist" of Quencher Molecules—Expectations for Development in Next-Generation Clinical Medicine, Including Rapid Detection of Pathological Sites
Office of Communications and Public Relations
Published on October 05, 2022
Successfully Determining Vibration Amplitude with a Precision of Just Four-Trillionths of a Meter—Capturing the Minute Movements of Surface Acoustic Wave Devices
Office of Communications and Public Relations
Published on October 04, 2022
Achieving Optimized Processing, Highly Confidential Transmission, and Distributed Storage of Next-Generation Laser Designs Using a Quantum Secure Cloud System—Confirming Applicability in the Smart Manufacturing Sector through a Quantum Secure Cloud Linked with Next-Generation Accelerators
Office of Communications and Public Relations