日本語NEWS
(日本語) M2 南君、堀田君が修士論文優秀発表賞（修論上位）を受賞しました。
Wednesday April 17th, 2024 NEWS
Sorry, this entry is only available in Japanese.
(日本語) B4 柴垣君、爲本君、山本君、木村君が特別研究優秀発表賞(卒論上位)を受賞しました。
Wednesday April 17th, 2024 NEWS
Sorry, this entry is only available in Japanese.
Assistant professor Ishibe gave a keynote speech at the AFMD-2024 conference.
Thursday April 4th, 2024 NEWS
Assistant professor Ishibe gave a keynote speech at the AFMD-2024 conference. “Simultaneous control of carrier and phonon transports in nanostructured thermoelectric films with the controlled interfaces.” ‘International conference on Advanced Functional Materials and Devices (AFMD-2024)’, Chennai, India, 26th-29th February 2024
Professor Nakamura gave a keynote speech at the TMS2024 conference.
Sunday March 24th, 2024 NEWS
Professor Nakamura gave a keynote speech at the TMS2024 conference. “Nanomaterial desigh and fabrication for thermoelectric performance enhancement.” ‘TMS 2024 annual meeting and exhibition’, Orlando, Florida, USA, March 3-7, 2024
Professor Nakamura has been selected for the world’s top 2% scientists list (single year) by Stanford University and Elsevier company for three years in a row！
Sunday February 11th, 2024 NEWS
Professor Nakamura has been selected for the world’s top 2% scientists list (single year) by Stanford University and Elsevier company for three years in a row！ https://elsevier.digitalcommonsdata.com/datasets/btchxktzyw/6
Research on the thermoelectric power factor enhancement in multiple two-dimensional electron gas by Professor Nakamura was Featured in overseas medium (IEEE Spectrum) .
Friday January 19th, 2024 NEWS
Research on the thermoelectric power factor enhancement in multiple two-dimensional electron gas by Professor Nakamura was Featured in overseas medium (IEEE Spectrum) .The overseas medium are following. IEEE Spectrumhttps://spectrum.ieee.org/thermoelectric-effect-iot
A press release of research on the thermoelectric power factor enhancement in multiple two-dimensional electron gas by Professor Nakamura has been released.
Thursday January 18th, 2024 NEWS
A press release of research on the thermoelectric power factor enhancement in multiple two-dimensional electron gas by Professor Nakamura has been released. 「二次元電子の伝導通路を増やして熱電材料の発電能力を大幅に向上」 大阪大学発表、令和6年1月16日
A Paper about the thermoelectric power factor enhancement in multiple two-dimensional electron gas was published by Nature Communications (IF=17.694).
Wednesday January 17th, 2024 NEWS
A Paper about the thermoelectric power factor enhancement in multiple two-dimensional electron gas was published by Nature Communications (IF=17.694). Congratulation. “Anomalous enhancement of thermoelectric power factor in multiple two-dimensional electron gas system” Nature Communications 15, 322 (2024). DOI: https://doi.org/10.1038/s41467-023-44165-3
A Paper about phonon diffraction and interference using nanometric features was published by Journal of Applied Physics (IF=2.877). This is a result by international collaborative research with University of Lyon、Johns Hopkins University、Aristotle University of Thessaloniki、University of Paris-Saclay.
Monday January 15th, 2024 NEWS
A Paper about phonon diffraction and interference using nanometric features was published by Journal of Applied Physics (IF=2.877). This is a result by international collaborative research with University of Lyon、Johns Hopkins University、Aristotle University of Thessaloniki、University of Paris-Saclay. Congratulations! “Phonon diffraction and interference using nanometric features” DOI: https://doi.org/10.1063/5.0179369
A Paper about the metastable 2H-CaSi2 films was published by Applied Physics Express (IF=2.819). This is a result by collaborative research with Toyota central R and D Labs.
Wednesday January 10th, 2024 NEWS
A paper about the metastable 2H-CaSi2 films was published by Applied Physics Express (IF=2.819). This is a result by collaborative research with Toyota central R and D Labs. Congratulations! “Growth of metastable 2H-CaSi2 films on Si (111) substrates with ultrathin SiO2 films by solid phase epitaxy” DOI: https://doi.org/10.35848/1882-0786/ad0e24
