WARF ADVANCES Top licensing prospects from the University of Wisconsin-Madison High-Efficiency Drive Circuit and Bidirectional FET The bidirectional FET switch employs a single gate architecture that eliminates power loss from shunting…
WARF Advances in Engineering and Computer Science | March 2024
WARF ADVANCES Top licensing prospects from the University of Wisconsin-Madison Quantum Computing Without Errors A team of physicists developed a quantum device that shows a significant increase in valley splitting,…
WARF Advances in Engineering and Computer Science | November 2023
WARF ADVANCES Top licensing prospects from the University of Wisconsin-Madison Alloy Protects Materials at High Temperatures Materials science and engineering researchers developed a novel molybdenum alloy that can endure 1600-degree heat, making…
WARF Advances in Engineering and Computer Science | July 2023
WARF ADVANCES Top licensing prospects from the University of Wisconsin-Madison Power-Saving, Data-Transmitting System for Wireless Remote Sensing A UW team has developed a low-power wireless network system well suited to…
WARF Advances in Engineering and Computer Science | November 2022
WARF ADVANCES Top licensing prospects from the University of Wisconsin-Madison New, Lightweight Material to Protect Against Bullets and Other High-Speed Impacts A UW engineering physics team is using carbon nanotubes…
WARF Advances in Engineering and Computer Science | July 2022
WARF ADVANCES Top licensing prospects from the University of Wisconsin-Madison Control and Disrupt: Next-Generation Semiconductors Outperform Silicon Go behind-the-scenes with the team pitching a tiny but powerful material that can…