We presented our work.

“Charge state recognition in double quantum dot devices by machine learning”

“Kondo Effects in ZnO Quantum Dots”

“High-frequency measurement in bilayer graphene nanodevices”

“Formation of quantum dots in MoS2 utilizing intrinsic Schottky barriers”

We joined RIEC campus tour.

We presented our works in Japanese physical society meeting.

「二層グラフェン微小デバイスにおける高周波反射測定」、

「MoS2におけるコンタクト，ゲート電極の開発と量子ドット形成」、

「酸化亜鉛量子ドットの形成と近藤効果の観測」

We presented our work.

“Noise robust recognition of charge states in quantum dots by machine learning and preprocessing”

We had an online welcome and  farewell party.

Motoya and Riku got student awards.

Congratulations!

Motoya, Takaya, Takumi, Tomoya and Riku graduated.

Congratulations!

We presented our works in Japanese physical society meeting.

「微細CoFeB/MgO磁気トンネル接合における非線形電子輸送特性」、

「高周波反射測定による量子ドットQCA状態電荷遷移の実時間観測」、

「GaN FETの電流コラプス下における量子ドット形成」、

「機械学習と前処理によるノイズ耐性のある量子ドット電荷状態推定」、

「量子ポイントコンタクトの放射線応答」

We had graduation research presentation with Fukami and Ikeda group.

We presented our work.

“Noise-robust charge state recognition in quantum dots utilizing  machine learning and preprocessing”

“Real-time measurement of QCA charge transition in quantum dots by rf-reflectometry”