Keio University

Press Release

261-270 items (total 1560)
Published on June 12, 2024

First Immunotherapy for Neurofibromatosis Type 2 (NF2), a Rare and Intractable Disease Common in Young People

Published on June 10, 2024

"A High-Precision Energy Calculation Method for Large-Scale Molecules and Solids Using Quantum Computers" Published in a Specialized Journal by Nature Research—Development of a New Quantum Calculation Method Combining Tensor Networks and Quantum Monte Carlo

Published on June 10, 2024

Joint paper on "a new computational method for a large-scale and high-accuracy quantum chemistry calculation on quantum computers" published in a Nature Research Journal

Published on June 04, 2024

The Mysterious Relationship Between Broken Mirror Symmetry and Magnetism: A New Theory on the Conversion of Heat Conduction in Non-magnetic Chiral Insulators into Magnetism

Published on June 04, 2024

Realization of a Highly Efficient and Highly Polarized Micro-Polarized Thermal Light Source with a Nano-Crosslinked Structure—Anticipating Future Applications in Polarization Technology, Including Analysis, Sensing, and Optical Devices—

Published on June 03, 2024

Traces of a Dark Matter Subhalo Passing Through the Milky Way at High Speed Discovered

Published on May 31, 2024

Fukuzawa Yukichi Memorial Keio History Museum 2024 Spring Special Exhibition "Keio and World War II: From Personal Belongings to People" (First phase: June 18-July 20 | Second phase: July 24-August 31)

Published on May 30, 2024

Elucidating the Glial Cell-Related Pathology of Muro Disease (Kii ALS/PDC), a Neurodegenerative Disease on the Kii Peninsula—Finding a Clue for iPS Cell-Based Drug Discovery—

Published on May 30, 2024

Sake Project to Inherit the Sake from an Old Brewery Destroyed by Earthquake to Develop a New Brewery ― Keio University Collaborates with Local Sake Breweries and Fukushima University on Food Chain Demonstration Research from Production to Sales ―

Published on May 29, 2024

Building an RNA Database of Human Immune Cells Using Long-Read Sequencing: New Possibilities for Elucidating the Pathogenesis of Immune-Related Diseases Such as Autoimmune Diseases and Alzheimer's Disease and for Developing Novel Therapies