Shin-ichi OrimoDirector, Ph.D.
| Job | Director and Professor, AIMR (Concurrent Posts: Professor and Head of Section, Institute for Materials Research) |
|---|---|
| Group | Device/System Group |
| Laboratory | S.Orimo Laboratory |
| Address | Room 411, Integration Laboratory, Katahira Campus （2-1-1, Katahira, Aoba-ku ,Sendai 980-8577） |
| Tel | +81-22-215-2093 |
| shin-ichi.orimo.a6@tohoku.ac.jp | |
| Related Site |
Research Interests
- Hydrogen science
- Advanced hydrogen storage materials
- Superionic-/super-conductivities of complex hydrides
Related Information
- 03/24/2026 Press Releases Ultrasonic Welding Creates Lithium–Garnet Interface in Seconds
- 02/05/2026 Press Releases Controlling Magnetism to Unlock Better Hydrogen Storage Alloys
- 02/04/2026 Press Releases “DIVE” into Hydrogen Storage Materials Discovery with AI Agents
- 01/26/2026 Press Releases How AI Agents Are Transforming Solid Electrolyte Discovery
- 12/22/2025 Research Highlights Solid-state ionics: Review article reveals structural blueprint for superionic conductors
- 11/17/2025 Press Releases Interpretable Machine Intelligence for Materials Design of Metal Hydrides
- 06/02/2025 Press Releases New Hydrogenation Reaction Mechanism for Superhydride Revealed by Machine Learning
- 04/30/2025 Press Releases How Can We Optimize Solid-State Batteries? Try Asking AI
- 12/10/2024 Press Releases Investigating Sodium Superionic Conductors to Move Solid-State Sodium Batteries Forwards
- 07/22/2024 Research Highlights Complex borohydrides: Exploring the factors controlling anion reorientation
- 01/31/2024 Press Releases Machine Learning Accelerates the Chase for Safer, Better Batteries
- 12/25/2023 Research Highlights Perforated honeycomb thin films: A new approach to oil–water separation
- 10/23/2023 Research Highlights Layered borides: New insights from rhombohedral boron monosulfide
- 08/24/2023 Press Releases Researchers Develop Framework to Guide Electrolyte Design for Advanced Batteries
- 05/23/2023 Press Releases Researchers Develop Calcium Rechargeable Battery with Long Cycle Life
- 04/24/2023 Research Highlights Complex hydride electrolytes: A platform towards divalent metal-ion batteries
- 10/03/2022 Press Releases Establishment of the SMM × Tohoku University GX Materials Science Co-Creation Research Center
- 08/18/2022 Press Releases Researchers invent a new hybrid electrolyte for high performance Li-ion batteries
- 07/26/2021 Research Highlights Calcium batteries: A step toward a high-energy density battery using an abundant, non-toxic alkali-earth metal
- 04/07/2021 Press Releases A New Material Enables the Usage of “Calcium” for Batteries
- 02/24/2021 Media & Award Director Shin-ichi Orimo won the Honda Frontier Award
- 08/31/2020 Research Highlights Solid-state batteries: Record-high lithium-ion conductivity at room temperature
- 12/23/2019 In the Spotlight Building on an impressive legacy
- 10/01/2019 News Prof. Shin-ichi ORIMO took up post as AIMR’s Director
- 09/13/2019 Press Releases Prof. Shin-ichi ORIMO appointed as AIMR’s next Director
- 04/26/2019 Research Highlights Lithium batteries: Complex hydride promising as solid electrolyte
- 03/07/2019 Press Releases New Research Shows Highest Energy Density All-solid-state Aatteries now Possible
- 09/25/2018 In the Spotlight Deepening existing connections with Europe and Asia
- 03/26/2018 Research Highlights Lithium-ion batteries: Grinding out a better battery
- 07/31/2017 Research Highlights Chemistry: Metals on cloud nine
- 01/20/2016 Press Releases Development of mass production technology for LiBH4
- 11/12/2015 Press Releases High Thermally Durable All-Solid-State Li Ion Battery
- 02/18/2015 Media & Award Prof. Orimo won Science of Hydrogen & Energy Award 2015
- 09/19/2013 Press Releases Successful synthesis of new aluminum-based hydrogen storage alloy
- 03/13/2013 Press Releases A new guideline for the development of novel functional hydrides