Gerontology as an Interdisciplinary Science

Tomoki Shiozawa has been a professor at Aoyama Gakuin University in Tokyo since 2007 and recently became the Associate Director of the Gerontology Research Institute there. His research focuses on the medical evaluation of aging's impact on labor management. He holds an MD, a PhD, and multiple board certifications in Japan, including as a practicing internist, neurologist, dementia specialist, and industrial physician, among others. In 1997, he completed a fellowship in Medical Informatics under Professor Robert A. Greenes at Harvard Medical School. He is currently active as a director or council member in several Japanese medical societies. Takashi Inoue has been a Professor at College of Economics, Aoyama Gakuin University, Japan since 2002. His specialty is regional demography, especially small area population forecasting and building mathematical models on population distribution and migration. He has been a Member of the Research Evaluation Committee at National Institute of Population and Social Security Research since 2005, and a Vice President of the Population Association of Japan since 2022.Hiromi Hirata has been a Professor at the College of Science and Technology, Aoyama Gakuin University in Japan since 2015. His research focuses on brain science including the molecular basis of motor development, behavioral plasticity and aging using zebrafish as an animal model. He also serves as the Director of the Institute for Gerontology to integrate various aged-related research into disciplinary development in Aoyama Gakuin University. He has received Young Scientist Award from the Ministry of Education, Culture, Sports, Science and Technology in Japan and many other awards and honors.Dominika Kanikowska, MD, PhD Professor at the Department of Pathophysiology of the Medical University of Poznań. Physician. Fellow of a postdoctoral scholarship from the Japan Society for the Promotion of Science (JSPS) and a scholarship holder of the Heiwa Nakajima Foundation (Japan) for young scientists. She is the author of several publications in chronobiology, thermoregulation, and the physiology of adaptation to the environment. She has made contributions in the field of patophysiology. Dominika Kanikowska is a co-authored the book "Patofizjologia Repetytorium.” This book aims to illustrate how disruptions in physiological mechanisms can lead to disease.Hiroki Takada, is a tenured Professor in the Department of Human and Artificial Intelligent Systems, the Graduate School of Engineering, University of Fukui, Japan. He is also the Co-Director of the Nonlinear Science Lab. His research is centered on the nonlinear analysis of time sequences. In his research, mathematical models have been obtained from the data sequences in Economics, Meteorology, and Erectrophysiology based on the stochastic process theory. He also received the Organization Contribution Award from the International Conference of Computer Science and Education (ICCSE) in 2020. Prof. Takada also serves as an editor in Environmental Health and Preventive Medicine and an editor-in-chief of Forma. He is a member of IEEE, Physical Society of Japan, and other organizations.

• Fish Movement and Human Disease: Adaptive Regulation and Molecular Mechanisms.-Japan from the perspective of region and population: the aging of the Tokyo metropolitan area.-Applied technology for aging engineering - strain measurement methods, thermal-hydraulic visualization, and displacement measured by image correlation.-IoT technology for sleep sensing in the home environment.- Pathophysiology in the aging society.-Diffusion process of deaths caused by epidemics.-Expressions of Aging in Tanka and Noh.-Health/Care Decision Making and Advance Care Planning at the End of Life.-Role of Beauty in Elderly Care.-Promoting healthy brains by "b-sports," an EEG brain training competition.- okumikawa Medical Valley Project.-Future of Sportech with Generic Wearables.-Mathematical Analysis to Extract Aging Characteristics in Electrical Physiology.-Artificial Intelligence to Extract Aging Characteristics in Biosystem.