Research Fields

Subjects for graduate and undergraduate students


Research Projects (running)

List of the Previous Projects


Reference:

Published Materials

"SVBL annual meeting"

Posters for "UEC Forum 2002" (PDF files)


Thesis Titles

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"

FY 2021

Master

Tetsuya Urae
"Input-output characteristics of gold-nanoparticle assembled using dielectrophoresis"
Riku Sato
"Electric properties of bilayer lipid membranes mixed with graphene-related nanomaterials"
Naonori Sega
"RSFQ digital-to-analog converters using binary pulse sequences"

Bachelor

Yuki Shoji
"RF-induced current through random arrays of gold nanoparticles"
Kaito Kobayashi
"Multi-terminal single-electron devices fabricated using two-step immersion in colloidal solution"
Seiya Hayashi
"Superconducting digital output amplifier comprising double-stacked SQUIDs"
Yoshihiro Shimada
"Electric properties of bilayer lipid membranes mixed with [70]PCBM"

FY 2020

Master

Kazuma Sekine
"Randomly-placed gold nanoparticles for single-electron devices"
Yuta Somei
"Superconducting voltage multipliers fabricated using a Nb integration process with a higher current density"
Haruka Hirata
"Photo-responses of free-standing bilayer lipid membranes including nano-materials"

Bachelor

Komei Ishikawa
"Superconducting digital output amplifier"
Kenta Sato
"Superconducting random number generator"
Kenta Fujikura
"Assemblage method of magnetic nanoparticles"
Daiki Hiramatsu (Moriya Lab.)
"Electrical properties of CNT-mixed DPhPC"

until FY 2019

List of Thesis Titles from FY 2003 to FY 2019.



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