MHS 2023

Plenary Talks

Plenary Talk 1

"Microfluidics and Lab-on-a-Chip Innovations: Pioneering Biophysics and Biotechnology Research"

Prof. Amy Q. Shen
Okinawa Institute of Science and Technology Graduate University, Japan

Plenary Talk 2

"Proposal of Motor Learning Model toward Explainability of Adaptability in Multiple Levels"


Prof. Yuichi Kobayashi
Shizuoka University, Japan

Plenary Talk 3

"Stretchable and biodegradable electronics based on liquid metal encapsulated in microfluidics"

Prof. Xingyu Jiang
Southern University of Science and Technology, China

Plenary Talk 4

"Improving dexterity in robotic contact and non-contact manipulation. Towards high-speed manufacturing and cell sorting"

Dr. Michaël Gauthier, Senior Scientist
FEMTO-ST Institute, France

Plenary Talk 5

"Carbon nanotube-based flexible electronics: From transistors and integrated circuits to machine learning"

Prof. Yutaka Ohno
Nagoya University, Japan

Keynote Talks

Keynote Talk 1 (OS6)

"Classification of finger typing movements from muscle activitys"


Assoc. Prof. Isao Nambu
Nagaoka University of Technology, Japan

Keynote Talk 2 (OS3)

"Efficient Support of Early Detection, Prevention, and Recovery of/from FrailtyUsing Multisensory ICT"

Prof. Yutaka Ishibashi
Nagoya Institute of Technology, Japan

Keynote Talk 3 (OS11)

"Electromigration-driven micro/nanowire growth design"


Assis. Prof. Yasuhiro Kimura
Nagoya University, Japan

Keynote Talk 4 (OS7)

"The Future Utilization of In-Body Cybenetic Avatars as Guardians of Health and Treatment Assistants"

Prof. Hiroki Kawashima
Nagoya University, Japan

Keynote Talk 5 (OS4)

"Spatiotemporal analysis of cellular nanostructure based on scanning ion conductance microscopy"


Lecturer Hiroki Ida
Nagoya University, Japan

Keynote Talk 6 (OS10)

"Model-based design and control of skeletal muscle and its medical application"


Assoc. Prof. Wataru Hijikata
Tokyo Institute of Technology, Japan

Keynote Talk 7 (OS2)

"Frequency Modulated and Rate Integrating Gyroscope Using Independently Controlled Two Resonances"

Assoc. Prof. Takashiro Tsukamoto
Tohoku University, Japan