WARF ADVANCES
Top licensing prospects from the University of Wisconsin-Madison
Terahertz Radiation Detectors
The terahertz radiation detectors, which are based on thin films of non-centrosymmetric layered topological semi-metals, enable sensitive, broadband and fast room-temperature Thz radiation detection.
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Semi-Insulating Extrinsically Carbon-Doped Group III-Nitride Films
A team of electrical and computer engineers have developed semi-insulating, extrinsically carbon-doped group III-nitrides, such as gallium nitride, and methods for growing them on a substrate via MOCVD.
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Laser-Based Manufacturing Sensor
With machine learning-based live processing, this optical sensor facilitates quality control of laser-based manufacturing and reduces the need for destructive testing of the final product.
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Electrical Machine Cooling
This novel rotor hub structure uses an airfoil or blade to enable self-cooling without changing how permanent magnets are inserted in the rotor iron.
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Cache Synchronization for Chiplet Accelerators
The novel mechanism intelligently tracks the implicit synchronization at phase boundaries in heterogeneous systems, enabling it to be performed only when necessary.
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Aerosol Jet Printed Quantum Dot Matrix
This aerosol-jet printing method for printing assemblies of quantum dots simplifies manufacturing of large area displays for televisions.
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Read about more licensing prospects!
Featured UW-Madison Researcher
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Jiamian Hu, Professor of Materials Science and Engineering
“Professor Hu is a dedicated researcher and inventor. We are excited to partner with industry to commercialize his materials technologies.” – Michael Carey, WARF Licensing Manager |
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