
Research
Interests |
|
Neuroscience, Neurophysiology,
Neural Networks.
Functions of Brain : Consciousness, Mind, Emotions, Thoughts. |
Current Research
Theme |
|
Computation of Brain, Neuro-flow
Dynamics, Neural Networks |
Career |
|
04/96 |
Waseda
University |
|
02/99 |
Aizawa
Team in Waseda
University |
|
03/00 |
Graduate from School of Pure Physics, Fuculty of
Science and Engneering, Waseda University. |
|
04/00 |
Graduate
School of Physics and Applied Physics, Fuculty of Science and Engneering, Waseda University |
Articles |
|
03/00 |
Graduate Thesis -- Redundancy of Weight Matrix in Neural
Network with Neuro-flow Dynamics (abstract) |
Publications |
|
None. |
Conference |
|
11/99 |
Symposium for Information Engneering (at Keio University
Japan) |
|
04/00 |
Symposium for Complex Systems (at International
Conference Center Waseda University Japan) |
Schooling and Teaching Experience |
|
06/99 |
Plactice teaching at my alma mater. (2 weeks) |
|
03/00 |
Obtained a Teaching Licence (junior highschool and high school
1) in Japan. |
|
04/99 |
Teaching Assistant for Computer Literacy (B1) |
|
04/99 |
Teaching Assistant for Physical Excecise (B2) (1 year) |
|
04/99 |
Teaching Assistant for Electromagnetism (B2) (1 year) |
Books Reading up on my Study |
|
- From Neuron to Brain (A Celluar and Melecular Approach to the Function of
the Nervous System) Third Edition - by John G.Nicholls,
A.Robert Martin, Bruce G.Wallace
- Methods in Neuronal Modeling (From Ions to Networks) second edition
- by Christof Koch, Idan Segev.
- Molecular Biology of THE CELL Third edition -
by Bluce Alberts, Dennis Bray, Julian Lewis, Martin Raff, Keith Roberts, James D.Watson
- Introduction to the Theory of Neural Computation - y
John Hertz, Anders Krogh, Richard G.Palmer
- Foundations of Neurobiology - by Fred
Delcomyn
- Perspective of Nonlinear Dynamics 1 - by Edwin
Atlee Jackson
- Statistical Physics - by Ryogo Kubo et al.
|
My Perspective on Brain Research |
|
If someone tell you "Walk straightforwardly" and you can do that.
If someone say "What is a brain?," you may answer you have no idea. You
thought straight exists and a brain doesn't exist. But the opposite is right.
Directness is unreal and brain is objective, this is the right answer. The way you
walk directly was in fact indirect. Your brain thought it straight. The directness doesn't
exist in this world. It is nothing but a idea that your brain makes. You may find
that the same rule applies well in a lot of concepts you see in the world. Does
anyone see a nuclear directly? The answer is no. Then why we make sure of the existence?
We only assume the existence by analyzing the refraction of radiated electromagnetic wave
to a nuclear. We merely calculate it. It is our brain that think it exist.
Studying brain is an extreme intellectual game. The brain cannot know itself
completely. To understand the brain is to appreciate myself. Brain science is also a
synthetic philosophy that has medical, physiological, chemical, cellular and molecular
biological, psychological, artificial intellectual, computational, psychiatrical,
perceptional, developmental, pharmacological, genetical, statistical,
physical.....approach. I have to learn a few home ground and synthetic and
comprehensive way of investigation. Neuroscience is interesting that much and have
infinite potential to research. And in the destination, there're big and complicate
problem about emotions, minds, consciousness. Now we are materially stuffed
but mentally hungry. We cannot see our minds.
But a hurt in the mind is the same as that in the body. Brain science
may be able to find the whole new remedies.
Have you ever thought of that how convenient if you can copy the brains?
When you study, when you work, you cultivate your brain. When you become a pupil of a
master or learn something from your teacher, you make the copy of the brain similar to
your teacher. Some people have marvelous ability such as playing a musical instruments,
drew a picture, perform stunts...they are practice one thing for many years. That indicate
the manipulation of rounding out the neural network by their frequent practice.
Cultivated brain is a kind of a crystal.
Animals, insects, fishes... view their surroundings, nature. The
human's observation of nature is the same as theirs. But the big difference is that we use
mathematics. The development of science starts when observing our surroundings using
our five senses. We can get a new point of view when we analyze it and theorize it using
mathematics. We can know the aspect of universe where we haven't been to, the event in the
period before we are born, the microstructure which anyone haven't seen. Why
does mathematics describe the nature? Why does the nature correspond to the mathematical
system? And why is human being able to understand mathematical systems?
Brain is complicated. There are 20 thousand of neurons per 1mm3 in
Somatosensory cortex, and each neurons connect to hundreds of other neurons. And that the
number of chemical compounds which appear in the brain is formidable. That includes
never detected ones. Brain isn't made up in line with pre-made design. The network
of neurons self-organizes to adjust the circumstances. The complexity refuses the
invasion of investigation. But from now on, we must get into such a complex world. |
01/04/00 |