| I |
Towards the Commercialization
of Nanotechnology |
| II |
Comparison of Nanotech Ventures
in the United States and Japan |
| |
1 |
Japan Lags Behind the United
States in Terms of the Innovative Aspects of Core Technology |
| |
2 |
Expectations Focused on the Future with
Respect to Business Creation in Japan |
| |
3 |
Fewer Ventures in Biotechnology and Healthcare
in Japan but Many Ventures in Measuring Technology and Equipment |
| |
4 |
Synergies Between Biotechnology and Nanotech
Are Emerging in the United States |
| |
5 |
Small-Scale Starts Leading to Gradually
Expanding Companies in Japan |
| |
6 |
Many Company-Originated Ventures in the
United States vs. Large Number of University-Originated Ventures in
Japan |
| III |
Selected Nanotech Ventures
in the United States |
| |
1 |
QUANTUM DOT CORPORATION: Procuring Basic
Patents From the Outside and Doing Business Under Applied Patents |
| |
2 |
NANOSYS, INC: Focusing on the Latest in
Quantum Dot Technology |
| |
3 |
CARBON NANOTECHNOLOGIES, INC: Representative
Example of a University-Originated Venture |
| |
4 |
NANOSPHERE, INC: Including a Partnership
with a Japanese Company in DNA Detection Applications |
| IV |
Identifying Japan's Tasks in
Reference to Nanotech Ventures in the United States |
| |
1 |
Active Challenge of Business Creation From
Leading-Edge Technology and Strong Relationships with Universities |
| |
2 |
Existence of Superior Venture Management
Based on Experience |
| |
3 |
The Self-Proliferation Mechanism of Venture
Companies |
| V |
Suggestions for Nanotech Business
Creation |
| |
1 |
Comprehensive Vision and Concentrated Input
of Resources |
| |
2 |
Creation and Cultivation of Competitive
Seeds |
| |
3 |
Providing Ample Venues to Match Seeds with
Needs |