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11/22/2009 Fall Term

Homewood Technologies

The following technologies, licensed through Johns Hopkins University's Office of Homewood Technologies, were developed by researchers and scientists at the Whiting School of Engineering and the Krieger School of Arts and Sciences.

Available Homewood Technologies

• Robotic Five-Dimensional Ultrasound System
• Robust Method for Ultrasound Probe Calibration
• Ultrasound Imaging Method for Prostate Visualization
• Highly Accurate Ultrasound-Guided Interstitial Intervention
• Highly Efficient Transistors for Low-Cost Organic Circuitry
• Flexible, Highly Sensitive Piezoelectric Polymer Composite
• Method for Programmed Release of Biomolecules
• Platform for High-Quality Elasticity Ultrasound
• Inexpensive, Highly Scalable Single-Photon Detector
• High-Speed Diode for Low-Cost Organic Circuitry
• Efficient Hybrid Transistor for Low-Cost Organic Circuitry
• Thermally and Chemically Triggered Self-Assembling Microdevices with Broad Applications
• Flexible High-Quality Low-Cost Organic Circuitry
• Neuromorphic Signal Cross-Correlation Device
• Real-Time Visualization of Deformable Surfaces in Video
• Low-Cost Transistors for Organic Electronics

• Search available technologies at Johns Hopkins University (Technology Locator)

 

For more information, contact :
John Fini, Director of Intellectual Property
Whiting School of Engineering and Krieger School of Arts and Sciences
(410) 516-0230