We are developing a real-time infrared imaging technique, Enhanced Thermal Imaging(ETI), that can detect blood vessels embedded in tissue and assess tissue perfusion. ETI[...]

Organic-inorganic hybrid perovskites are viewed as a cost-effective alternative for photovoltaic devices, among other applications. Solution and low-temperature processin[...]

Propagation of light in communications, medicine, and science is hindered by the phenomenon of optical scattering. Methods to overcome this physical limitation have and c[...]

There is an active effort toward the development of negative index metamaterials for application in high-resolution imaging. In particular, engineering an artificial mate[...]

The problem of reconstructing an image of the permittivity distribution inside a penetrable and strongly scattering object from a finite number of noisy scattered field m[...]

This dissertation presents a new computational system that seeks to estimate the inverse mechanics of a bone fracture from 3D CT images. One image provides a model of an [...]

Previous research attempted to autonomously control an internal combustion all-terrain vehicle platform but was unsuccessful due to the inability to reliably control spee[...]

Progress in nanofabrication made possible development of metamaterials and nanoplamonics two decades ago. The area of mesoscale photonics where the characteristic dimensi[...]

Ultraprecision diamond machining enables physical realization of freeform surfaces of nearly arbitrary complexity through turning and milling processes. Achievable form a[...]

Metrology is the science of measurement and deals with measuring different physical aspects of objects. In this research the focus has been on two basic problems that met[...]