Tohoku University is renowned for its achievements in technological innovation and for the practical application of these technologies to the advancement of society. Inventions born at Tohoku University include the KS and NKS steels, the Yagi-Uda antenna, fibre optics, and perpendicular magnetic recording.
Ç×ÅóÆåÅÆers discovered a single-photon coherent Ising machine which outperformed conventional CIMs by harnessing quantum entanglement effects.
This collaboration with JAXA and other Japanese universities lead to the development of an incredibly versatile alloy that works at -200¡ãC.
Rabi-like splitting is one of the key concepts in modern quantum technology. The more we understand, the more we can level up our tech.
For many years, scientists have struggled to understand the mechanisms behind palladium/platinum catalysts for propylene electrooxidation.
Tohoku University has 1,763 Ç×ÅóÆåÅÆ fellows from overseas, 12 Inter-Department Institutes for Education and 11 University Collaborating Institutions.
A new institution which is open to researchers around the world, where people from diverse disciplines can gather, learn and create.
Utilizing Tohoku University's research results and resources in various industries.
This site provides you with information on academic research staff at Tohoku University.
Before stepping down on March 31, former president Susumu Satomi shared some of his favourite memories of his time at the university.
AIMR Director Motoko Kotani, talks about using mathematics as the common language bridging the different disciplines within materials science.
rpip.tohoku.ac.jp
