Our systems can significantly reduce sensor system cost, size, power consumption, and failure rates in existing industrial, military, seismic, navigation, and augmented GPS markets while also enabling new precision applications in the automotive and consumer markets.
Applications are endless.
These high precision micro-systems will be widely used as an adaptive optics element for correction of optical aberrations in telescopes, microscopes, endoscopes, medical instrumentation and diagnostic equipment. A new generation of HDTV technology and EUV Maskless lithography are also envisioned. We are using the latest design and modeling software as well as advanced analytical methods for construction, device modeling, and packaging analysis of our micro-systems. The lab is addressing these and many other technological and scientific problems. This new sensor will add an additional function to microsystems that sense, think, act, and communicate.