9 WiSys Technologies in "Diagnostic Assays" or "Micro & Nanotech" or "Engines & Power Electronics"
WiSys is currently seeking strategic partners in the manufacturing of firetrucks and water valves who could provide a route to market for the commercialization of this novel valve heater.
Stimuli-Responsive Smart Block Copolymers Improve Dispersion of Titanium Dioxide in Architectural Coatings
WiSys is currently seeking strategic partners in the coatings industry that are interested in co-development opportunities that would ultimately provide a route to market for commercialization of these novel copolymers.
WiSys is seeking a strategic partner skilled in the design, modeling, and fabrication of Quantum Dots and Quantum wires. There is interest in working with a partner to test the beta version of the CAE simulation tool and provide feedback when modeling both Quantum Wires and Quantum Dots. Additionally, there is interest in identifying a partner with a 3D finite element method solver for further development and testing of the CAE simulation tool.
Integrated Vertical Axis Wind Turbine System Generates More Power from Less Wind with Smaller Turbines
WiSys is currently seeking strategic partners in the wind power generation industry that are interested in further developing this innovative integrated vertical axis wind turbine system for small- and large-scale applications, ultimately providing a route to market for commercialization
WiSys is currently seeking strategic partners in the next generation transistor industry that are interested in further optimizing the design for large-scale manufacturing, ultimately providing a path to market for its commercialization.
WiSys is seeking a strategic partner skilled in the development and manufacturing of membranes used for the separation and/or detection of biologic molecules in solution. There is additional interest in a partner with the expertise to identify and test novel applications for these nanomembranes.
WiSys Technology Foundation is seeking a strategic partner to further develop, manufacture, market, and distribute a high accuracy rotary (angle) encoder. This device has the advantages of high single-reading accuracy (±0.1 arc seconds) and high average reading sensitivity (0.001 arc seconds), low production cost, compact design, and low power consumption. Possible applications include but are not limited to astronomical telescope mounts, land surveillance tools, industrial inspection and calibration, machine tools, medical devices, as well as robotics.