Name

Research Topics

Professor

Hirotsugu Ogi

Solid-state physics, Opto-phonon measurements, Nano-mechanics, Biosensors, Protein science, Nondestructive evaluation

Assistant Professor

Yasushi Oshikane

Near-field Optics, Focused Ion Beam, Phase-shift Interferometer, Plasma Spectroscopy

Assistant Professor

Kichitaro Nakajima

Biophysics, Sonochemistry, Protein Science, Acoustofluidics

Postdoctoral fellow

Ambuj Kumar Gautam

QCM biosensor

Guest Professor

Oliver B. Wright

Picosecond ultrasonics, Phonons, Phononic Crystals

D3

Natsumi Fujiwara

Systematic study on influence of localized non-invasive mechanical stimulation on living cells using focused high-frequency ultrasound

D3

Takashi Takishita

Development of focusing electromagnetic acoustic transducers (EMATs) for non-contacting evaluation of fatigue damage

D2

Tomoki Ota

Study on ultrasound-induced aggregation of multiple proteins

D1

Motoyuki Hamana

Study of evolution of mechanical properties of cells in culture using wireless-electrodeless QCM biosensor

M2

Shuhei Izuma

Study on acoustic properties of graphene thin films and its application to biosensors

M2

Midori Uno

Study on mechanobiology using ultrasonic stimulation

M2

China Kondo

Real-time measurement of disaggregation reaction of amyloid-fibril network

M2

Kodai Nishino

Time-course measurement of elastic properties of biomolecular condensates by scanning acoustic microscopy

M2

Kotaro Harada

Ultrasonic amyloid seed detection using miniaturized ultrasonic amyloid inducer

M2

Taichi Yoshikawa

Acoustofluidic analysis of viscoelastic properties of microscale soft matter

M1

Hiroki Okita

Theoretical research on phononic crystal biosensors

M1

Kazuya Kohira

Life-time measurement of phonons in glass and carbon-based materials by picosecond ultrasonics

M1

Hirofumi Shimizu

Cellular mechanobiology by high-frequency ultrasound

M1

Honoka Nishii

Amplification of amyloid seeds by acoustic streaming in a microscale space

M1

Yuri Hideshima

Contactless stiffness measurement of microscale soft matters from Brownian fluctuation of acoustically trapped colloids

B4

Taketo Sato

Cellular mechanobiology by high-frequency ultrasound

B4

Yuta Suzuki

Quantitative analysis of viscoelastic properties of biomolecular condensates using acoustic tweezers

B4

Shuta Nakatani

Development of micro-acoustic device for micro-rheology of biomolecular soft matters

B4

Shota Nakamura

Resonant ultrasounc spectroscopic analysis of hexagonal materials by machine learning

B4

Jingo Nishikawa

Physicochemical study of dissolution of amyloid fibrils using ultrasound

B3

Kanato Miyake

Time-course observation of amyloid fibril growth on a liquid-solid interface by total-internal-fluorescence microscopy