Research Fields
Subjects for graduate and undergraduate students
- Single-flux-quantum devices and circuits
- Single-electron devices and circuits
- Random arrays of nano-particles/quantum-dots for physical reservoir devices
Research Projects (running)
- Tanaka Kikinzoku Memorial Foundation 2024 HIRAMEKI Award
- JSPS Grant-in-Aid for Scientific Research (C), Head Investigator Y. Mizugaki (see Japanese page for detail).
Reference:
Published Materials
- OPAL-RING vol. 9 (N.B. in Japanese!)
- "Superconducting Quantum Devices from Mesoscopic Physics to Metrology Applications (pdf, 326kB)" from "Recent Digital-Application-Related Activities of Members" published by the Digital Application Subcommittee of the JSPS 146th Committee on Superconductive Electronics (April 21, 2006).
"SVBL annual meeting"
- FY2008 PDF (446kB) (N.B. in Japanese!)
- FY2007 PDF (322kB) (N.B. in
Japanese!)
- FY2006 PDF (1.6MB) (N.B. in
Japanese!)
- FY2005 PDF (1.5MB) (N.B. in Japanese!)
- FY2004 PDF (500kB) (N.B. in Japanese!)
Posters for "UEC Forum 2002" (PDF files)
- Posters for single-electron devices are here (1.9MB) (N.B. in Japanese!)
- Posters for single-flux-quantum devices are here (860kB) (N.B. in Japanese!)
Thesis Titles
FY 2025
Master
- Yuito Iinuma
- "Equivalent circuit analysis for self-limiting dielectrophoresis via electrochemical impedance spectroscopy"
- So Komazawa
- "Physical reservoirs comprising plural gold nano-particle assemblies"
- Shuyuan Cui
- "Josephson traveling wave parametric amplifier with pi-Josephson junctions"
Bachelor
- Yutaro Mitsuda
- "Correlation of physical reservoir performance metrics for random gold nanoparticle networks"
- Bilguun Dagvadorj
- "Study on superconducting Josephson circuits for multiplying single flux quantum"
FY 2024
Master
- Yuki Hayashi
- "Physical reservoir devices based on random arrays of gold nanoparticles"
- Daiki Fukuyo
- "Design of single-flux-quantum integrated circuits for all digital phase-locked loop"
Bachelor
- Riku Asayama
- "Design of magnetic coupling in digital output amplifiers equipped with double-stack SQUIDs"
- Kazushi Kuwabara
- "Current-output digital-to-analog converter composed of superconducting integrated circuits"
- Kenta Shigeoka
- "Fabrication of single-electron devices assembled by two-step colloid immersion"
FY 2023
Master
- Kaito Kobayashi
- "Physical reservoir comprising random arrays of gold nanoparticles assembled by multi-step colloid immersion"
- Yoshihiro Shimada
- "Chronopotentiometry for free-standing bilayer lipid membranes"
- Seiya Hayashi
- "Microwave generator based on a single-flux-quantum pulse-frequency modulation D/A converter"
Bachelor
- Yuito Iinuma
- "Dielectrophoresis conditions of gold colloid solutions suitable for fabrication of single-electron devices"
- Shuyuan Cui
- "High-speed operation of single-flux-quantum digital output amplifiers"
- So Komazawa (Moriya Lab.)
- "Electric characteristics of free-standing bilayer lipid membranes"
FY 2022
Master
- Kenta Sato
- "Superconducting oscillator-based true random number generator utilizing timing jitters"
- Daiki Hiramatsu
- "Electrical properties of free-standing bilayer lipid membranes mixed with carbon nanotubes"
- Kenta Fujikura
- "Physical reservoirs made of nanoparticle random arrays exhibiting single-electron charging effects"
Bachelor
- Daiki Fukuyo
- "Design of single-flux-quantum integrated circuits for all digital phase-locked loop"
- Yuki Hayashi
- "RF-induced current flowing through random arrays of gold nanoparticles with two different diameters"
- Shoya Ueda (Moriya Lab.)
- "Temperature dependence of specific capacitance of free-standing DPPC bilayer membranes"
until FY 2021
List of Thesis Titles from FY 2003 to FY 2021.
Contact: 