Electronic | Office of Technology Licensing

Available Technologies by Category
High-Precision Microphone for Body-Worn Devices	Wearable small form-factor (micro-chip technology) Increased sensitivity (micro-gravity sensitivity) Large bandwidth (DC to 10kHz) and wide dynamic range (120dB)	7891
Coating and Scaling of Material Stripes and Patterns	Exceptional flexibility with respect to material selection Highly scalable	7749
Reversible Doping of Semiconductor Films for Electronics	Effective – Reduction in film’s electrical resistance Scalable – Can control doping of large or small-scale bulk materials Simplified – Allows for stacking of organic semiconductor layers without cross-linking the layers	7017
Ultrasound System for Measuring Weld Penetration Depth	Real-Time – Potential to operate in a real-time welding environment Reliable – Test have shown repeated accurate and precise results Off-Life – Ability to check health and viability of welds	3348
Edge Viewing Photodetector	Efficient Cheaper	3321
High-Resolution Pressure Sensors with Skin-Like Sensitivity	Extremely sensitive: This sensor array provides 1,000x higher sensitivity than other technologies. Improved performance: The technology is fast-responding and stable.	5895
Dual Electrode Ultrasonic Transducers	Optimized – allows for both transmitting and receiving signals to be optimized Reduced Interference – reduces interference in receiving and transmitting signals to reduce dead zones	3103
Ultra-Compact, Low-Power THz Radio	A THz fully integrated super-harmonic (2nd harmonic) regenerative receiver architecture, which detects the incoming THz signals and injection-locks to a regenerative receiver operating at a lower frequency Reduces power consumption and improves the efficiency for THz signal generations Employs a bidirectional and circuit-sharing architecture, so the THz receiver and the THz transmitter share the same oscillator operating at half the frequency	7053
Stretchable Electronic Materials and Devices	Process is a readily implemented approach Films can be stretched by 100% with retention of their high charge carrier mobility Fabrication can be done with commercially available materials	7612
3D Printed Auxetic Scaffolds for Tissue Engineering	Faster cell growth rate- decreases average cell age in the finished product and increases vitality Affordable and timely approach for regenerating tissues and replacing native tissues Continuous entry and circulation of nutrients results in less variability between cells	7335

Technologies