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Nanotechnology R&D and Commercial
Implications: Technologies, Opportunities and Market - 2001
Table of Contents
Chapter 1: The Big Picture View of Current Nanotechnology
R&D
1.1 What Nanotechnology Is
Definition
of Nanotechnology
A Short
History of Nanotechnology
US
Nanotechnology Research Community and Market Reach
Why
Nanotechnology is Important in the US
1.2 Overview of Notable Nanotechnology Developments
Instrumentation:
Electron Microscope, Scanning Probe Microscopes
Molecular
Manipulation Tools
Mimmicking
Biological Systems
Microelectronics,
Photolithography and Nanoscale Lithography
MEMS
and Microfluidics
Nanotubes
New
Materials: Nanoparticles, Nanocrystals
Nanowires
1.3 Applications from R&D in MEMS and Nanoscience
MEMS
Nanoscale
Devices: Sensors, Controllers
Nanoscale
Silicon Chips
Biological,
Medical, Health
Chemicals
and Lab-on-a-Chip
Chapter 2: Commercialization Drivers for Nanotechnology
2.1 A Changing Commercial Environment
Silicon
Chip Design Will Soon Hit Physical Limits
Computer
Magnetic Storage
Consumer
Devices Require Micro-Sized Parts
Healthcare
Requires Tiny Devices for New Therapies
2.2 Potential Commercial Applications
"Anything-On-a-Chip"
Devices
Smaller
Transistors on Silicon Chips
Mirror
Arrays
BioSensors
and Control Devices
Nanoparticles
for Clear Lotions and Special Coatings
Chapter 3: Thought Leaders and Patents
3.1 Thought Leaders in MEMS and Nanotechnology R&D
Identifying
the Thought Leaders
The
Top Nanotechnology and MEMS Thought Leaders
3.2 Nanomanipulation
AFM,
SPM, STM, etc.
Instruments,
User Faciliities
3.3 Nanotubes, Nanoparticles and Other Nanostructures
3.4 NanoElectronics,
Nano-Electric
Parts, Chips
Nano-Computing
3.5 MEMS
Optical
MEMS for Fiber Optics
Biosensors
and Actuators
Microfluidics
"Lab-on-a-Chip" Design
Chapter 4: The Nanotechnology R&D Market and Outlook
4.1 The Nanotechnology R&D Market
4.2 Nanotechnology Industry Segments
4.3 Nanotechnology R&D Market Size by Segment
and Players, 2000~2005
Chapter 5: Nanotechnology and the R&D Business
5.1 Business Model and Intellectual Property
Research
Business Model
Intellectual
Property Matters
5.2 How to Make Money
Business
Solutions for Nanotechnology
Research
Content and Intellectual Property Producer
Project
Infrastructure Provider
Product
Design and Simulation Provider
5.3 Strategic Goals
Fundamental
Research
The
Grand Challenges
Centers
And Networks Of Excellence
Research
Infrastructure
Ethical,
Legal And Social Implications And Workforce Programs
Five-Year
NNI Timeline for Delivery of First Achievements
5.4 Business Development in Nanotechnology
Business
Development Activities
Areas
of Impact
Materials
and Manufacturing
Nanoelectronics
and Computer Technology
Medicine
and Health
Aeronautics
and Space Exploration
Environment
and Energy
Biotechnology
and Agriculture
National
Security
Other
Potential Government Applications.
Science
and Education
US
Competitiveness
Chapter 6: Activities of the Key Nanotechnology R&D Firms
6.1 Biosensor
Nanogen,
Inc.
Quantum
Dot Corporation
6.2 Instrument Vendor
Asylum
Research
Digital
Instruments/Veeco Metrology Group
PIEZOMAX
Technologies,Inc.
6.3 MEMS Manufacturers
MEMGen
Corporation
Zyvex
6.4 Nanoelectronics
IBM
Research Center
Hewlett-Packard
Laboratories
6.5 Nanofabrication
Arryx,
Inc.
NanoSource
Technologies, Inc.
6.6 Nanomaterials
Altair
Technologies, Inc.
Carbon
Nanotechnologies, Inc.
Nanogram
Corporation
Nanoprobes,
Incorporated
Chapter 7: Future Directions in Nanotechnology
7.1 Historical Review of Past Trends
7.2 Indicators of Future Trends
Follow
The Money Trail
Work
on the Important Things First
Selective
Emphasis
University
Labs at Work
Emerging
Nanobiotechnology
Chapter 8: Lessons Learned and Business Opportunities
8.1 Likely Success and Failure Factors for Nanotechnology
R&D
Growing
Government Funding
Basic
Communications
Common
Standards Needed
University
Education System
8.2 The Next Hot R&D Areas in Nanotechnology
Entering
Experimentation Era
Making
Hybrid Materials
Biosensors
and Bioactuators (Lab-on-a chip)
8.3 Commercial Opportunities Nanotechnology R&D
Infrastructure
Raw
Materials,
Software
and Simulation
Services
Other
8.4 Final Thoughts
Chapter 9: Appendix A - Glossary
Tables
MEMS and Nanotechnology Conferences Surveyed
Nanotechnology Thought Leaders by Number of Patents Produced
MEMS Thought Leaders by Number of Patents Produced
US NNI R&D Spending by Major Research Area
Roadmap of NNI Collaborations by R&D Area and Number of
Interagency Partnerships - FY 2001
US Nanotechnology (NNI) Spending by Public Sector
US Nanotechnology Investment Spending by Private Sector
Market Size for Nanotechnology R&D (Public + Private)
The WW MEMS Vendor Market Size
Projected Market Size by Selected Vendor Segment
NNI Five-Year Delivery Schedule for Key Achievements
Future Directions of Nanotechnology R&D, Part 1
Future Directions of Nanotechnology R&D, Part 2
Summary of Zyvex's View of Steps to MNT Capability
Figures
Simulation of a Fullerene Nanostructure
Simulation of a Fullerene Scanning Probe
Estimated Number of Nanotechnology Patents Issued Per Year,
1990-2000
Scanning Tunneling Microscope (STM) Concept
Atomic Force Microscope (AFM) Concept
US NNI R&D Spending by Major Research Area
US Nanotechnology (NNI) Spending by Public Sector
US Nanotechnology Investment Spending by Private Sector
US Market Size for Nanotechnology R&D (Public + Private)
The WW MEMS Vendor Market Size
Projected Market Size by Selected Vendor Segment
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