Dr. Miho Suzuki is currently an associate professor at the
Graduate School of Science and Engineering at Saitama University. She was a
guest researcher at RIKEN in 2006, a member of the Technical Board of Saitama
Environmental Review in 2014, an associate professor in the Graduate School of
Science and Technology at Saitama University in 2015, and an adjunct professor
at the brain end Peripheral Science Research Center at Saitama University in
2015. Her research interests include: molecular biology, functional biological
molecular theory, special theory of biological molecular engineering, special
theory of biological intelligence, chemical engineering.
Dr. Go Masuda is a researcher of material and evaluating property science. After 10 years of careers at a Japanese company (polyimide business), joined the research project of developing an innovative manufacturing process of carbon fibre at the University of Tokyo. Academic degrees were given from Kansai University for Master of Engineering, and from Saitama University for PhD. His research interests are in carbon fibre composite; carbon nanotubes; super engineering plastic; bio-plastic; biomass materials; lignin; nanobubbles; physical properties; DMA; biodegradation; liquefaction; bio-polyol.
Senlin Lu
is currently a Researcher (Doctoral Supervisor) at the Radiological Application
Research Institute, Shanghai University. He received his Ph.D. from the Chinese
University of Mining and Technology from February to December 2003, and went to
Cardiff University in the United Kingdom as a Visiting Scholar from March 8 to
October 2003. He also worked as a Postdoctoral Fellow at the University of
Edinburgh from September 2006 to September 2007, and from September 2009 to
October 2009 on collaborative research at Saitama University and the Saitama
International Center for Environmental Science in Japan. His research interests
include: environmental science and engineering; atmospheric Sciences; geochemistry;
allergenic pollen protein; air pollutants; Oxygenation potential due to the
presence of hydrogens and metals in atmospheric particles.
