QCNQC

Semiconductor spin qubits for quantum networking

Akira Oiwa

NYU Quantum Summitt 2025 [Invited]

2025-10-06

Photonic quantum information processing using frequency degree of freedom

Rikizo Ikuta

Okinawa School in Physics 2025: From quantum key distribution to the quantum internet (OSP2025) [Invited]

2025-10-01

Charge sensing in an InAs gate-defined quadruple quantum dot

Nozomu Hayahsi, Haruki Kiyama, Jason T. Dong, Mihir Pendharkar, Takafumi Fujita, Rio Fukai, Chris J. Palmstrøm and Akira Oiwa

14th Spin Cmap [Oral]

2025-09-29

Hybrid quantum transducer device using spin-photon interface

Leul G.D, Ido Levy, Shigehito Miki, Javad Shabani and Akira Oiwa

14th Spin Cmap [Poster]

2025-09-27

Single-photon detection using the wide superconducting strips with widths ranging from 30 to 100 μm

Masahiro Yabuno, Hirotaka Terai, and Shigehito Miki

EUCAS [Oral]

2025-09-25

Improved counting rate of superconducting wide strip photon detector using rectangular wave biasing

Shigehito Miki, Masahiro Yabuno, and Hirotaka Terai

EUCAS 2025 [Poster]

2025-09-24

Design and demonstration of an input interface of single flux quantum circuit with high current sensitivity based on 10 kA/cm² fabrication process for a superconducting nanostrip single photon detector

Shigeyuki Miyajima, Hirotaka Terai, and Shigehito Miki

EUCAS 2025 [Poster]

2025-09-22

ゲート制御半導体量子ドットの開発

大岩顕

量子ドット技術の最前線（第1編基礎編第1章作製技術第5節）pp. 65 - 75

2025-09-14

量子ドットにおける光子偏光から電子スピンへの量子状態転写

深井利央, 藤田高史

量子ドット技術の最前線（第1編基礎編第2章物性制御第2節）pp. 85 - 95

2025-09-14

<<
・・・
4
5
6
・・・
>>

PUBLICATIONS

論文・発表・特許など

Semiconductor spin qubits for quantum networking

Photonic quantum information processing using frequency degree of freedom

Charge sensing in an InAs gate-defined quadruple quantum dot

Hybrid quantum transducer device using spin-photon interface

Single-photon detection using the wide superconducting strips with widths ranging from 30 to 100 μm

Improved counting rate of superconducting wide strip photon detector using rectangular wave biasing

Design and demonstration of an input interface of single flux quantum circuit with high current sensitivity based on 10 kA/cm² fabrication process for a superconducting nanostrip single photon detector

ゲート制御半導体量子ドットの開発

量子ドットにおける光子偏光から電子スピンへの量子状態転写

PUBLICATIONS

論文・発表・特許など

Semiconductor spin qubits for quantum networking

Photonic quantum information processing using frequency degree of freedom

Charge sensing in an InAs gate-defined quadruple quantum dot

Hybrid quantum transducer device using spin-photon interface

Single-photon detection using the wide superconducting strips with widths ranging from 30 to 100 μm

Improved counting rate of superconducting wide strip photon detector using rectangular wave biasing

Design and demonstration of an input interface of single flux quantum circuit with high current sensitivity based on 10 kA/cm2 fabrication process for a superconducting nanostrip single photon detector

ゲート制御半導体量子ドットの開発

量子ドットにおける光子偏光から電子スピンへの量子状態転写

Design and demonstration of an input interface of single flux quantum circuit with high current sensitivity based on 10 kA/cm² fabrication process for a superconducting nanostrip single photon detector