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The theme of this course is the "governance" of "security" of Japan. Based on overview of Japanese police and criminal justice system, we will look at issues related to security, such as international terrorism, narcotics, Boryokudan(or Japanese mafia), child abuse, and seek measures to deal with these issues.
Ecology in the extreme environments
Environmental change and polar ecosystems
In this course, students will study the ecology of various organisms living in the surrounding living environment by conducting the field-observation in two different ecosystems. Students gain an understanding of the field-based ecological study by gathering information, planning, and considering safety measures on their own.
Reconstruction of Biochemical Networks based on Trans-Omics analysis
Survey previous papers and analysis data to discuss datasets and methods used in analyses that integrate GWAS and transomics. Prepare for analysis using glial cell data. Learn transomics analysis methods by following up on experiments and analyses conducted by the instructor. In addition, practice programming (Python, R) and develop skills for data analysis and software development.
Biological survey of Shonai area
Field surveys and sampling in the Shonai area will be conducted to identify species by morphological and DNA barcoding. During the Natsu-pro, we will organize information on the habitat of myxomycetes and spiders in particular.
The Psychology of Perception and Cognition
This Special Research Project B aims to acquire the outstanding skills necessary to explore the perception science of spatial and textural information. In particular, we will focus on developing practical skills and understanding the fundamentals of psychophysical measurement methods and mathematical psychology. We will deal with perceptual and cognitive phenomena such as space perception, shitsukan perception, self-motion perception, visual information processing, perception and motion, and memory. We will touch on mathematical model construction and mathematical models using differential equations and linear algebra.
Modeling and simulation of biological systems
One of the most important characteristics of life is that it is active and continues to be active. By acting, living systems interact with the environment and maintain their own existence in the environment. In this project, we will use computer simulations to explore the dynamic behavior of living systems and to understand their operating principles.
Human Computer Interaction, Human Robot Interaction, Experience Design
This program is designed for beginners in electronics and programming, which are the elements of mechatronics, to acquire more advanced skills through practice.