HOME > Event Schedules

Main Event &
Round-table Sessions
Technology Partnership Seminars
Event Stage Seminar Stage
10:30
│
11:50
Round-table Session I
“Enthusiasm and Passion of Young Faculty”
* Live broadcast of the Round-table Session I
12:30
│
13:50
Round-table Session II
“Enthusiasm and Passion for Material Science”
 		13:00
│
13:30
Image Sensing Technologies
for Understanding Human
Status and Activity
Outline
AOKI, Yoshimitsu
Associate Professor,
Dept. of Electronics and Electrical Engineering
13:40
│
14:10
Structural Control of
Liquids and Melts
Outline
CHIBA, Ayano
Research Associate,
Dept. of Physics
14:20
│
14:50
Functional surface creation
by precision machining
and nano processing
Outline
YAN, Jiwang
Professor,
Dept. of Mechanical Engineering
15:00
│
15:30
Novel Bioactive Substances
from Marine Organisms
Outline
SUENAGA, Kiyotake
Associate Professor,
Dept. of Chemistry
15:30
│
17:00
Main Event
“Keynote speech by writer, Mr. Hideaki Sena and talk session with researchers from the Faculty of Science and Technology”
* Live broadcast of the Main Event
* No reservation required.
* Please confirm the place of Event Stage/Seminar Stage in floor map.
* Please note that content, etc. of events or seminars are subject to change due to unavoidable circumstances on the day of the exhibit.
Image Sensing Technologies for Understanding Human Status and Activity
In this presentation, we propose a novel image sensing system that can recognize human activity under actual living environment. By analyzing sensing data of the system, adaptive information space can be realized. We also mention about some expected applications of our human sensing technologies.
Structural Control of Liquids and Melts
The solid carbon has two structures known as graphite (pencil lead) and diamond. I introduce the concept that there are several structures even in liquid state of any materials. I present our experimental results of polymers from this viewpoint. Also I introduce our scientific toy using graphite.
Functional surface creation by precision machining and nano processing
To manufacture high-value added products, it is essential to maximize the surface functions of materials. In this talk, the speaker will introduce nanometer level machining and material property controlling technologies for surface function generation. Topics include ductile machining of hard brittle materials, micro imprinting on viscoelastic materials, and laser recovery of defects in crystalline materials.
Novel Bioactive Substances from Marine Organisms
We seek to isolate bioactive substances from marine organism. We have carried out chemical synthesis and bioorganic studies on bioactive substances to elucidate their mode of action. Unique bioactive substances of marine origin are highly significant for drug candidate and probe for life science.