nano tech 2025 The 24th International Nanotechnology Exhibition & Conference
2025.01.29 Finished
NIMS will exhibit a booth at nano tech 2025 as part of the NIMS & MEXT Initiatives for Materials Innovation Strategy.
Details of the exhibition will be announced on the special website.
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nano tech 2025 International Nanotechnology Exhibition & Conference
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Special Website: "NIMS & MEXT Initiatives for Materials Innovation Strategy" (Under Preparation)
CoExhibitors
- Advanced Research Infrastructure for Materials and Nanotechnology in Japan (ARIM)
- MEXT Data Creation & Utilization-type Material R&D Project (DxMT)
- NIMS Materials Data Platform (MDPF)
- NIMS Materealize
- Tohoku University Materealize
Summary
| Event Title | nano tech 2025 The 24th International Nanotechnology Exhibition & Conference |
|---|---|
| Venue |
East Halls & Conference Tower, Tokyo Big Sight |
| Date & Time | January 29 (Wed) to 31 (Fri), 2025, from 10:00 to 17:00. |
| Registration Fee | Free (All visitors must register in advance) |
| Host | nano tech Executive Committee
JTB Communication Design, Inc. |
| How to Participate | Registration Form *External website *Visitors must be registered in advance. |
| Number of Expected Participants | 47,000 * Including Concurrent Events |
Poster Presentations (NIMS)
| Title | Presenter | 29 Jan | 30 Jan | 31 Jan |
|---|---|---|---|---|
| Magnetic refrigerator for hydrogen liquefaction | Koji KAMIYA | 〇 | 〇 | 〇 |
| Simultaneous measurement system for contact potential and relative permittivity using a small Kelvin probe | Shinjiro YAGYU | 〇 | 〇 | 〇 |
| Next-Generation Cooling and Power Generation Technology Based on Thermoelectric Permanent Magnets | Kenichi UCHIDA | 〇 | 〇 | 〇 |
| A new oxide thin film: conductive as gold, high work function over 7 eV, and quartz-like hardness | Takayuki HARADA | 〇 | 〇 | 〇 |
| Fundamental technology for data-driven battery materials discovery | Yibin XU | 〇 | 〇 | 〇 |
| Superconducting joints between high-temperature superconducting wires | Yasuaki TAKEDA | 〇 | ||
| Zero-emission Hydrogen Production from Methane | Hideki ABE | 〇 | ||
| Visualizing Synthesis Reactions of Cathode Materials for Rechargeable Batteries | Kei KUBOTA | 〇 | ||
| Integrated program for electrochemical impedance analysis | Kiyoshi KOBAYASHI | 〇 | ||
| Innovative hest flux sensors based on magnetic thin films | Weinan ZHOU | 〇 | ||
| Microbeads with adaptable fluorescent colors from visible light to near-infrared | Tadaaki NAGAO | 〇 | ||
| Ambient molecular doping of semiconductors and application to organic IoT devices | Yu YAMASHITA | 〇 | ||
| Near-IR Electrochromic New Material | Masayoshi HIGUCHI | 〇 | ||
| Development of hydrogels for cell delivery and therapy | Akihiro NISHIGUCHI | 〇 | ||
| Detection of Frosting | Jin KAWAKITA | 〇 | ||
| Feature extraction based on a data-driven approach toward material design | Kenji NAGATA | 〇 | ||
| Microscopic Spin-Resolved Imaging ~ Laser and Synchrotron Radiation Measurements | Koichiro YAJI Shunsuke TSUDA Yuichi YAMASAKI | 〇 | ||
| Thermal conductivity measurements by nanothermocouple in pulsed STEM | Naoyuki KAWAMOTO | 〇 | ||
| Sialon Optics Inc. (NIMS ventures) | Kohsei TAKAHASHI | 〇 | ||
| COMET Inc. (NIMS ventures) | Kenichiro TAKAHASHI | 〇 | ||
| High performance inverted structure perovskite solar cells | Yasuhiro SHIRAI | 〇 | ||
| Visualization of catalytic reactions by in-situ TEM | Ayako HASHIMOTO | 〇 | ||
| Chemical-stable and high-Li-content oxide scintillator for neutron detection | Dongsheng YUAN Garcia VILLORA Kiyoshi SHIMAMURA | 〇 | ||
| Development of low-cost infrared sensors with high sensitivity: New principle of operation using lattice-mismatched interfaces | Takaaki MANO | 〇 | ||
| World's highest performance tunnel magnetoresistive devices | Hiroaki SUKEGAWA | 〇 | ||
| RoHS-Compliant Colloidal Quantum Dots | Naoto SHIRAHATA | 〇 | ||
| Low temperture and non-vacuum surface modification for a reversible interconnection | Akitsu SHIGETOU | 〇 | ||
| Corrosion-resistant nanocoating using oxide nanosheet technology | Takaaki TANIGUCHI | 〇 | ||
| Bonding technology for glass, metal, and organic materials based on interface structure control | Shunto ARAI | 〇 | 〇 | |
| Health status of cows inferred from the smell of milk | Kosuke MINAMI | 〇 | ||
| Liquid Crystal Ionic Actuators | Masafumi YOSHIO | 〇 | ||
| Direct observation of a glass hardening process | Yohei ONODERA Shinji KOHARA | 〇 | ||
| Optimization of microstructure for mechanical metamaterials | Ikumu WATANABE | 〇 | ||
| Thermalytica Inc. (NIMS ventures) | Rudder WU | 〇 | ||
| Qception Corporation (NIMS ventures) | Gaku IMAMURA | 〇 | ||
| Electrical creation and transportation of hydrogen anions | Soshi IIMURA | 〇 | ||
| Low-cost rechargeable MnO2-Zn batteries for energy storage applications | Denis YU | 〇 | ||
| State-of-the-Art Technologies of Electrolyte, Anode, and Artificial Interface for Rechargeable Mg Batteries | Toshihiko MANDAI | 〇 | ||
| High-sensitive evaluation of defects in band gap of the next generation semicomductors | Masatomo SUMIYA | 〇 | ||
| The Resource-Circulating Bio- Polymer Composites and its Plastic Recycling Technology | Kenji TAMURA | 〇 | ||
| Daytime radiative cooling and energy harvesting based on radiative cooling | Satoshi ISHII | 〇 | ||
| Pump-free diffusion-type formaldehyde gas sensor | Shinsuke ISHIHARA | 〇 | ||
| Extremely Tough, Stretchable Gel Electrolytes to Stabilize Lithium Metal Anodes | Ryota TAMATE | 〇 | ||
| Precise Synthesis and Unique Function of Nano carbon materials | Shigeki KAWAI Hironobu HAYASHI | 〇 | ||
| High throughput first-principles lattice thermal conductivity calculation | Atsushi TOGO | 〇 | ||
| Visualization of hydrogen permeation | Taro YAKABE Akiko ITAKURA | 〇 | ||
| Priways Co., Ltd. (NIMS ventures) | Takeo MINARI | 〇 | ||
| SPHinX Inc. -Diagnostic Kit for Infecsiou Diseases- (NIMS ventures) | Mitsuhiro EBARA | 〇 | ||
| Scientia Concors Inc. (NIMS ventures) | Han ZHANG | 〇 |
Contact
National Institute for Materials Science
1-2-1 Sengen, Tsukuba, Ibaraki, 305-0047
E-Mail: nims_showcase=ml.nims.go.jp (Please change "=" to "@")
