Our paper is published. 

Applied Physics Letters 127, 153501 (2025) 

We presented our works.

「小さな世界の不思議な性質：実験人工量子力学」

We presented our works.

“Cryogenic RF Characterization of SrTiO₃ Varactors with Integrated On-Board Calibration”,

“Integrated Machine Learning Approach for Defining Virtual Gates and Identifying the Single-Electron Regime in Quantum Dots”

We presented our works.

「グラフェンナノアイランド量子ドットの輸送特性評価」、

「微小グラファイトバックゲートを有するMoS2量子デバイスの開発」、 

「酸化亜鉛における三重量子ドットの形成」、

「オンチップ校正型高周波測定によるSrTiO3コンデンサの低温特性評価」

We presented our works.

“Machine Learning-Based Detection of Single-Electron Regime  and Virtual Gate Definition in Quantum Dots”

We presented our works.

“Gate-defined bilayer graphene quantum devices probed by radio-frequency reflectometry utilizing RFSoC platform”

We presented our works.

“Radio-frequency reflectometry of bilayer graphene quantum devices using RFSoC platform”,

“Analysis of Kondo state in quantum dots fabricated in ZnO heterostructures”,

“Fabrication of SrTiO3-based capacitor for cryogenic variable microwave resonators”

Our paper is published. 

 Applied Physics Express 18, 075001 (2025) 

We enjoyed a Hanami party.  

Our paper is published. 

 Physical Review Applied 23, 034078 (2025),  

We presented our work.

「機械学習による量子ドットの単一電子領域検出とバーチャルゲート定義の自動化」、

「酸化亜鉛少数電子二重量子ドットの形成」

We went to the University of Manchester for collaboration. 

Our paper is published. 

Science Advances 11, eadr8046 (2025).