Jason Daley

Jason Daley, University of Wisconsin-Madison

latest from Jason Daley

Vision and Discrete Sensors

Nanoscale surface turns material into a multifunctional optical device

Vision and Discrete Sensors

Eye-based sensor could accelerate autonomous car, drone reaction time

System Integration

Layered material controls its own conductivity

Courtesy of: University of Wisconsin-Madison

Discrete Manufacturing

Thin film growth technique is the result of microscopic holes

Courtesy: UW-Madison

Discrete Manufacturing

Technique developed for fabricating the next generation of transistors

Material Handling

Technique developed for fabricating transistors

Courtesy: University of Wisconsin-Madison

Data Acquisition, DAQ

Advanced sensor networks could help farmers micromanage their fields

Mark Rzchowski and Chang-Beom Eom. Courtesy: UW-Madison

Mechatronics and Motion Control

Low-voltage, piezoelectric membrane is big advance for spintronics

Zongfu Yu, Jack St. Clair Kilby Associate Professor in the Department of Electrical and Computer Engineering and H.I. Romnes Faculty Fellow at UW-Madison. Courtesy: UW-Madison

Vision and Discrete Sensors

Angle sensor allows microscopic measurements at video speeds

Courtesy: Arnold Lab, UW-Madison

Carbon nanotubes could replace silicon in transistors

Courtesy: Dongxue Du, UW-Madison

Discrete Manufacturing

Technique induces magnetism in nanoscale materials

Courtesy: Jad Salman, University of Wisconsin-Madison

Vision and Discrete Sensors

Imaging system allows users to see UV and visible light simultaneously

Courtesy: Jun Li, University of Wisconsin-Madison

Process Instrumentation and Sensors

3D-printed artery monitors blockages from the inside

ECE Professor Zhenqiang “Jack” Ma and his collaborators have constructed a functional microwave amplifier circuit on a substrate of cellulose nanofibril paper, a wood product. Courtesy: Huilong Zhang, University of Wisconsin-Madison

Critical communications component made on flexible wooden film

An infrared image of the fused silica window used to test the depth thermography concept. Courtesy: Mikhail Kats, University of Wisconsin-Madison

Process Instrumentation and Sensors

Method developed to measure temperature within 3D objects