Koshi Adachi
(足立 幸志) is Associate Professor at
Tohoku University. He is an expert in Tribology, especially wear of
ceramics. He is very energetic and we had a lot of fun doing research
on frictional sound. I really admired his ability to always come with
a good story explaining the data, and new ways of viewing data that I
thought was ultimately useless.
Kinji Asaka (安積 欣志)
is the Group Leader of the Artificial cell research group at the Research Institute for
Cell Engineering (RICE) at AIST in Osaka. He is an expert of soft
polymer actuators and together with Dr. Oguro can be credited for the
creation of one of the first IPMC (ionic polymer
metal composites) actuators and the development of the gold-plating
process. He has been providing a great help and advice on
manufacturing of soft actuators.
Norihiro Kamamichi (釜道 紀浩)
is currently a Research Associate at the Department of Robots and Mechatronics
at Tokyo Denki University. He is a control theory wizard and has extensive
experience in controlling those wiggling soft polymer actuators.
Koji Kato (加藤 康司) is Professor of
Tribology at Nihon University and Professor Emeritus of Tohoku University. He is
currently the President of the Japanese
Society of Tribologists (JAST). He was the supervisor of my Ph.D.
thesis at Tohoku University and I owe him a great deal. He is a very
skilful presenter and research manager.
Suguru Maruyama (丸山 卓)
did a fine work on frictional sound experiments. In some of our papers, photographs of his hands rubbing two
metal plate specimens can be seen. He was a master of repeatable
testing and I am sure Toyota cars run better, because of his work at the company. He was a very energetic
and positive person and will be missed by many.
Toshiharu Mukai (向井 利春)
is the Sensor Team Leader at the Bio-mimetic Control Research Center and my current
boss. His expertise is in the field of machine vision and tactile
sensing, and his wider interests include sensor information
processing, robotics, and artificial muscles. He is creating an
excellent research environment and is one of the prime movers behind
the RIMAN
robot.
Yoshihiro Nakabo (中坊 嘉宏)
currently works at the Intelligent Systems Research Institute
at AIST.He was the first to make an undulatory swimming robot
from a patterned IPMC artificial muscle actuator. His insights in undulatory
locomotion are always a welcome addition to any paper on the
subject.His background is in the area of machine vision.
Jonathan Rossiter
is currently a Royal Society Research Fellow at the University of Bristol.
His main field is Artificial Intelligence, but we did some very exciting work with
him on Artificial Muscles. He is very active, with lots of fresh
ideas and a wide area of expertise. I've been amazed by the speed he
does circuit board design and implements it.
Michita Sugawara (菅原 道太)
is currently working for Hitachi. He was my student at Tohoku University and did an
excellent job of running an incredible amount of wear tests to clarify
the effects of wear on frictional sound.
Tohoku University is the third oldest Japanese Imperial university and the first one to admit female students.
Tribology is the science and technology that studies the interaction of surfaces in contact. More commonly, it studies friction, wear and lubrication.
AIST - National Institute for Advanced Industrial Science and Technology.
IPMC - ionic polymer metal composite.
Toyota - an automobile manufacturing company.
RI-MAN - our RIKEN developed welfare robot.
Undulatory - of or relating to undulation : moving in or resembling waves. (Meriam-Webster online)
Artificial Intelligence (AI) - A branch of computer science that studies how to endow computers with capabilities of human intelligence. (Netdictionary)
... artificial muscles, ... is the moniker for electro-active polymers (EAP). ( Y. Bar-Cohen)
Hitachi - a global company that aspires to inspire the next.