521-530 items (total 701)
Published At February 01, 2022
Changes in Reasons for Suicide During the COVID-19 Pandemic Revealed—A Time-Series Analysis of Suicide Research Using a Japanese Database—
Public Relations Office
Published At January 31, 2022
Demonstration of Synthetic Dimension Photonics—On-Chip Integration of New Optical Physics
Public Relations Office
Published At January 28, 2022
The Role of Cognitive Functions in Complex Decision-Making: Strategy Switching in Gambling with Varying Uncertainty and Waiting Times
Public Relations Office
Published At January 27, 2022
Keio University Hospital Begins Operation of "Expanded Cloud-Based Blood Glucose Management System" Through Cloud Collaboration with Medical Device Manufacturers for Remote Medical Care for Diabetes and Obesity—Consolidating Information from Various Manufacturers' Self-Monitoring Blood Glucose Meters
Public Relations Office
Published At January 25, 2022
Direct Writing of Graphene Quantum Dot Structures Using a Laser: A New Fabrication Technique for Eco-Friendly Optoelectronic Devices
Public Relations Office
Published At January 24, 2022
Integration of 1024 Robust Molecular Sensors on a Single Chip—Toward the Realization of a Compact, Low-Power Sensor for Identifying Diverse Molecular Groups—
Public Relations Office
Published At January 21, 2022
Shedding Light on Challenges for DNA Vaccines and Other Therapies: Visualizing the Mechanism of Foreign DNA Uptake into the Nucleus in Living Cells
Public Relations Office
Published At January 21, 2022
Successful Fabrication of Fuel Cell Catalysts with Reduced Platinum Usage—Development of a Method for Direct Deposition of Highly Active Platinum Nanoclusters onto Carbon Supports
Public Relations Office
Published At January 19, 2022
Decoding the Genome of a Eusocial Termite—Revealing Gene Duplication as a Driving Force for the Evolution of Sociality
Public Relations Office
Published At January 18, 2022
Development of an Ultra-Precise Method for Measuring the Refractive Index and Thickness of Planar Optical Materials Using Dual-Comb Spectroscopy—Anticipating High-Precision Design of Optical Elements—
Public Relations Office