| 2024.6.6 |
Research |
Newly Developed Material Logs and Stores Stress Information of Infrastructure |
| 2024.5.15 |
Research |
Creating a Green Composite Material from Japanese Washi Paper |
| 2024.1.4 |
Research |
Piezo Composites with Carbon Fibers for Motion Sensors |
| 2023.7.10 |
Research |
New Material Shows Promise for Next-Generation Memory Technology |
| 2023.6.13 |
Research |
A New Magnetizable Shape Memory Alloy with Low Energy Loss, Even at Low Temperatures |
| 2022.11.28 |
Research |
New Bulk Metal Alloy Shows a Large Elastic Limiting Strain Greater Than 4.3% |
| 2022.5.27 |
Research |
New Flexible and Tough Superelastic Metal Alloy Shows Promise in Biomedical Applications |
| 2022.4.25 |
Research |
Researchers Unveil a Highly Efficient Means to Reverse Magnetization with Spin Currents |
| 2021.2.26 |
Research |
Changing the Silkworm's Diet to Spin Stronger Silk |
| 2020.11.26 |
Research |
Grabbing Viruses Out of Thin Air |
| 2020.10.29 |
Update |
The 4th Symposium for The Core Research Cluster for Materials Science and the 3rd Symposium on International Joint Graduate Program in Materials Science “Create New Value of Materials Science through Broad Collaboration” |
| 2020.9.25 |
Research |
PLUS Takes 3D Ultrasound Images of Solids |
| 2020.8.20 |
Research |
A New Iron Based Superelastic Alloy Capable of Withstanding Extreme Temperatures |
| 2020.7.29 |
Research |
Spin, spin, spin: Researchers enhance electron spin longevity |
| 2019.2.14 |
Research |
A Method Developed for Efficient Spin Manipulation in Semiconductors: a new method for controlling the rotation of electron spin by using the property of spin-momentum locking |
| 2018.12.10 |
Research |
Controlled sign change in the spin-orbit interaction: Quest for extra degrees of freedom in the electric-field control of spins |
| 2018.9.21 |
Research |
Development of a black coating material that largely and constantly absorbs all colors: To make black appear richer and darker on LCD and OLED panels |
| 2018.7.13 |
Research |
Development of a new molybdenum alloy with ultra-high temperature strength: demonstrated at 1600°C |
| 2018.4.20 |
Research |
Long-lived nuclear spin polarization observed: taking a big step towards the development of spin current devices with semiconductor channels |
| 2014.03.07 |
Research |
Successful fortyfold increase of spin detection sensitivity within semiconductors |
| 2014.03.05 |
Research |
The development of new zinc recovery method from electric arc furnace dust through selective chlorination |
| 2014.01.21 |
Research |
Development of copper alloy with superelastic properties at cryogenic temperatures |
| 2013.09.27 |
Research |
Discovery of abnormal crystal grain growth phenomenon with new heat treatment process: Possible application of shape-memory alloys into large-scale components |
| 2013.09.26 |
Research |
Direct observation of Berry phase of electron spin -Towards the development of a quantum device with geometrically protected spin information- |
| 2013.09.05 |
Research |
Joint development of free-cutting electromagnetic stainless steel for use in fuel cells by Tohoku University and Tohoku Steel Co. Ltd. |
| 2013.04.15 |
Research |
Application of friction stir spot welding (FSSW) to electrical transmission line parts: new technology to ensure stable electricity supply |
| 2013.04.11 |
Research |
Cobalt alloy friction stir welding (FSW) tool made for practical use -Realization of new, practical use technology for steel and titanium alloys- |
| 2013.03.18 |
Research |
World's first demonstration of the arbitrary control of the electron spin orientation without the use of a magnetic field: Discovery of new phenomenon "mobile spin resonance", applications toward a quantum computer |
| 2012.12.18 |
Award |
Associate Professor Katsunari Oikawa has received the 9th JSPS Prize from Japan Society for the Promotion of Science (JSPS). |
| 2012.10.05 |
Research |
THz visualization of Cu conductor wire inside the invisible insulator |
| 2012.09.26 |
Research |
World's first successful electron spin polarization without use of ferromagnetic materials or external magnetic field: Stern-Gerlach spin separation experiment achieved in semiconductor |
| 2012.09.07 |
Research |
Successful electrical control of electron spin into a persistent spin state -A step toward next generation low power high-speed semiconductor devices- |
| 2012.05.09 |
Research |
Development of 800°C class forging materials for coal-fired power plants -Expectation for considerable energy-saving and CO2 reduction- |
| 2012.2.27 |
Research |
Electrical detection of spin geometric phase -Progress toward spin phase control- |
| 2012.01.30 |
Award |
Dr. Masato Sagawa was chosen to receive 2012 Japan Prize |
| 2011.07.06 |
Research |
Development of superelastic alloys with small temperature dependence - Available over 2-4 times as wide as a temperature range of existing ones - |
| 2011.05.30 |
Research |
Control of electron spin direction in semiconductors by ultrasonic waves |
| 2011.01.17 |
Research |
Successful Reduction of Dysprosium used for High-efficiency Magnet by 40% |
| 2010.11.24 |
Research |
Development of Materials for Phase-change Random Access Memory with Low-power Consumption and Long-term Reliability - Toward application for involatile phase-change random access memory - |
| 2010.05.25 |
Award |
Professor Koichi Anzai has received Ministry of Education, Culture, Sports, Science and Technology Award, the 8th Person of Merit Award in Industry-University-Government collaboration |
| 2010.04.06 |
Research |
The development of Friction Stir Welding Tool that enables to weld metals with high melting points including Steels and Titanium Alloys |
| 2010.03.26 |
Research |
The Development of Ferrous High-strength Alloy showing Huge Superelasticity |
| 2010.01.05 |
Research |
Striving for better hydrogen efficiency production, the development of an oxygen extraction ceramic coating that produces 300 times more durability. |
| 2009.06.02 |
Award |
Associate Professor Yutaka Satou has been awarded the American Welding Society (AWS) 2009 Professor Koichi, Masubuchi Award . |