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ATP's Project Portfolio in Nanotechnology

Since 1991, the NIST Advanced Technology Program has made 39 awards, totaling nearly $142.5 million, to U.S.-based industry for high-risk R&D projects in the emerging area of nanotechnology. Including an industry cost-share that totals $137.7 million, these projects represent a combined total of $280.2 million in high-risk nanotechnology R&D. Twenty-three awards, nearly 60 percent of the total number to date, have been made since fiscal year 2000. The number of nanotechnology-related proposals, as a percentage of total proposals submitted to the ATP, also is increasing. The awards that have been made to date span a range of technical areas, which ATP broadly categorizes under the following themes: nanostructured materials, nanofabrication processes and tools, nanobiotechnology, nanoelectronics, and nanometrology.

ATP-funded Nanotechnology Projects

For more information on a project, click on the project title below.

High-Performance Composite Molecular Sieving Membranes
Tiled Microdisplay Technology (TMT)
Coating-Enabled Component Design/Technology Tools for Nanostructured Coatings
Blood "Fingerprinting": A First Step Toward Personalized Medicine
 
Deposition Source for Producing Super Lattice, Multilayer Thin Films to Enable
   Perpendicular Magnetic Recording
Advanced Wafer Inspection for Next-Generation Lithography
Digital Holographic Inspection of Semiconductor Devices
ACIM "Point*Suns": Concentrating Energy Through Silent Sound and Clean Water
 
Fabrication of Fuel Cells from Microcell Fibers
Nanoscale Barcodes for Genome-Wide SNP Screening
Assemblers for Nanotechnology Applications and Manufacturing: Enabling the
   Nanotechnology Era
Rapid and Comprehensive Development of Advanced Dielectric Materials for Wireless
   Appplications
 
Nanometer Scale Patterning for Terabyte Capacity Disk Drives
New Medical Applications of Carbon Nanomaterials
High-Performance Microresonators and Oscillators for Broadband Telecommunications
Heat Assisted Magnetic Recording
 
Advanced Technology for Non-Destructive, Localized, Dielectric Metrology of Future
   Generation Integrated Circuits
Nanophotonic Integrated Circuits for Telecommunications and Computing
Nanoengineered Thermal Interfaces Enabling Next Generation Microelectronics
Environmentally Benign Micro-Cellular Nano-Composite Foam for Structural and Insulation
   Market
 
Template Synthesis Platform for Nanostructured Materials
Prototype High-Throughput Electrospinning Process and Applications of Electrospun    
   NanoFibers
Immobilized Carbohydrate-Based Drug Discovery Technologies
Synthesis and Processing of Nanocrystalline Ceramics on a Commercial Scale
 
Low Dielectric Foams for Microelectronics Applications
Development of Improved Catalysts using Nanometer-Scale Technology
Plasma-Based Processing of Lightweight Materials for Motor-Vehicle Components and    
   Manufacturing Applications
Nanocomposites New Low-Cost, High-Strength Materials for Automotive Parts
 
Synthetic Nerve Fiber Guides Using Novel Biopolymers and Cellular Adhesion Molecules
Nanoencapsulated Powder Metallurgy
Nanostructured Chemical Feedstocks: The Next Generation of High-Performance
    Polymeric Materials
Improved Materials Performance for Market Penetration of Crossed Beam Volumetric
    Displays
 
Preparation and Fundamental Evaluation of Catalytic Materials for Energy Applications
Asymmetric Supercapacitor Based Upon Nanostructured Active Materials
Ultra-Low Dielectric Constant Materials for Integrated Circuit Interconnects
TIPS Ultrafiltration Membranes for Biological Separations
 
Colloidal Gold as a Targeted Drug/Gene Delivery System
Integrated MEMS Reactor Gas Monitor Using Novel Thin Film Chemistry for the Closed
   Loop Process Control and Optimization of Plasma Etch and Clean Reactions in the
   Manufacturing of Microelectronics
Application of Molecular Gate  {TM} Technology to Oxygen Enrichment of Air Streams and    
   Simplified Purification of Natural Gas
   

Read more about NIST Advanced Technology Program.

Date created: February 25, 2003
Updated: September 28, 2007

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