Development of optical devices for applications in photonic integrated circuit and sensing 

Estimating liver iron non-invasively with high-field MRI 

Design and implementation of full solid state high voltage nanosecond pulse generators 

Surface-enhanced on-chip whispering gallery mode resonators for improved nonlinear optics 

Development of high frequency annular array ultrasound transducers 

A biomimetic approach to non-linear signal processing in ultra low power analog circuits 

Reconfigurable high-speed processing and noise mitigation of optical data 

Efficient coding techniques for high definition video 

An ultrawideband digital signal design with power spectral density constraints 

Vibrational sum frequency spectroscopy of molecules on metal, semiconductor, and aqueous surfaces 

Ultrasonic characterization of silicate glasses, polymer composites and hydrogels 

Development of novel optical materials for whispering gallery mode resonator for nonlinear optics 

Paul Baran, "Is the UHF Frequency Shortage a Self Made Problem?" (Abstract) 

Design of digital beamformers for high -frequency ultrasound transducer arrays using field-programmable gate array (FPGA) 

A high efficiency, ultra-compact process for pre-combustion CO₂ capture 

High-frequency mixed -signal silicon on insulator circuit designs for optical interconnections and communications 

Understanding organic and inorganic semiconductor surfaces by coherent nonlinear spectroscopy 

Exploiting diversity with online learning in the Internet of things 

Fabrication and application of plasmonic nanostructures: a story of nano-fingers 

Integrated reconfigurable wireless receivers supporting carrier aggregation 

Variation-aware circuit and chip level power optimization in digital VLSI systems 

Theory and design of magnetic induction-based wireless underground sensor networks 

RF and mm-wave blocker-tolerant reconfigurable receiver front-ends 

High frequency microphone calibration using ballistic shock pulses 

Fabrication and characterization of yoroidal resonators for optical process improvement