Extending the life of America's infrastructure
New nanosilica concrete creates stronger, longer-lasting, greener construction materials.
Unique motion capture robotics lab
NSF funds a high-resolution, large volume motion capture system to advance robotics research.
Advancing infrared detection for the Air Force
Team led by Dr. E. H. Yang promises sophisticated apparatus for the Air Force and space exploration.
High-speed, durable naval vessel surfaces
Low-friction, anti-corrosive research at Stevens promises durability and improved hydrodynamics for naval vessels.
Ultra-cold quantum control
Using ultra-cold atomic and molecular systems to enable ultra-fast quantum computation without decoherence.
Microrobots transform healthcare
New cellular-scale technology developed by NSF CAREER Award-winner.
Quantum computer chip breakthrough
Scaling up manufacturing of nano-sized components to make quantum computing a reality.
High-performance plastic
Nanoparticles create super-strong plastic that can conduct heat and electricity.
Fighting corrosion with the Navy
Water-repellent metal surfaces for small craft will provide potential billions in savings.
Monitoring bridge safety
PZT nanofibers give engineers 24-7 access to structural health information.
Tiny robots harness power and monitor health
Controlling nano-electro-mechanical sensors and actuators for real world application.
Advancing computing power and chemical analysis
Miniaturized circuits and sensors enable next-generation technologies.
Researchers
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