Uchida Lab

Novel quantum phases realized by epitaxy

Welcome

The Uchida Lab is a new research group launched at Tokyo Tech in September 2020. We pursue physics of quantum transport in extremely high-quality epitaxial thin films and artificial heterostructures, by adopting molecular beam epitaxy techniques to topological and correlated materials. We are actively recruting group members - if you are interested, please see the RESEARCH page and email to Uchida. We welcome enthusiastic students and postdocs who will work together to open up the frontier of condensed matter physics. We are also looking forward to proposals for collaorative research.

News

Apr. 11, 2023

Masaki Uchida gave an invited talk in 2023 MRS Spring Meeting.

Apr. 3, 2023

Yuta Matsuki has entered master's degree program, and Fumiya Miwa has newly joined our group as a master's student. Yoshiya Murakami and Tadashi Yoneda have also joined as an undergraduate student.

Mar. 27, 2023

Yuta Matsuki has received a bachelor's degree.

MAR. 24, 2023

Ren Oshima, Ayano Nakamura, Yuto Watanabe, and Shinichi Nishihaya gave a contributed talk in JPS and Masaki Uchida gave a contributed talk in APS this spring.

Feb. 22, 2023

Shinichi Nishihaya was selected to receive a Funai Information technology Award for Young Researchers. Congratulations!

Feb. 21, 2023

Our work revealing magnetic excitation states in Ba₂IrO₄ films has been just published in Physical Review B. This is collaboration mainly with Kim group at University of Toronto.

Jan. 26, 2023

Shinichi Nishihaya was selected to receive a Yoshinori Ohsumi Fund for Fundamental Research. Congratulations!

DEC. 15, 2022

Shinichi Nishihaya was selected to receive an Inoue Research Award for Young Scientists. Congratulations!

Nov. 25, 2022

Masaki Uchida was awarded the High Magnetic Field Forum Frontier Award.

Sep. 22, 2022

Ren Ooshiro and Yuto Watanabe gave a contributed talk in JSAP and Masaki Uchida gave an invited talk in APPC15 this autumn.

Aug. 24, 2022

Mizuki Ohno was awarded a Best Poster Award in the 29th International Conference on Low Temperature Physics (LT29). "Maximizing anomalous Hall effect by tuning the Fermi level in simple Weyl semimetal films" Congratulations!

Aug. 12, 2022

Our work revealing electronic structure changes in superconducting RuO₂ films has been just published in Physical Review Materials. This is collaboration with MIT Comin group and BNL Pelliciari group.