Light‐assisted, templated self asssembly using photonic crystal slabs 

Semiconducting metal oxide nanostructures for scalable sensing applications 

etd-YuLawrence-4855.pdf 

Resonant light-matter interactions in nanophotonic structures: for manipulating optical forces and thermal emission 

Surface functionalization of nanomaterials and the development of nanobiosensors 

Single-cell analysis with high frequency ultrasound 

Designable nonlinear power shaping photonic surfaces 

Magnetic spring in electromagnetic vibration energy harvester and applications of focused ultrasonic transducer 

Drug development targeting Piezo1 channel in the lymphatic system 

Development of fabrication technologies for robust Parylene medical implants 

Continuous flow synthesis of catalysts with custom made reactor with flow and temperature studies 

Development of high frequency focused transducers for single beam acoustic tweezers 

Genomic and phenotypic novelties in the Southeast Asian house mouse 

Inorganic/organic hybrid materials and grafted coatings via vapor phase deposition processes 

Microsoft Word - $ASQ116369_supp_undefined_7757EFF4-F5CE-11E0-B683-4781F0E6BF1D.doc 

Scalable polymerization additive manufacturing: principle and optimization 

Parylene-based biomems sensors for multiple physiological systems 

Single cell gene expression analysis of KSHV infection in three-dimensional oral epithelial tissue cultures 

The effect of plasma membrane microenvironment on GPCR activity 

Vapor phase deposition of dense and porous polymer coatings and membranes for increased sustainability and practical applications 

Microoptoelectromechanical system fluorescence biosensor 

Development of novel technology platforms for blood based diagnosis and cellular characterization in cancer 

Synthetic aperture imaging platform based on CMOS high voltage 1 to 64 multiplexer / de-multiplexer for ultrasound guided breast biopsy needle 

High-resolution data acquisition with neural and dermal interfaces 

Patch aRNA in vitro amplification (PAIA): single cell RNA-seq to expand the understanding of the developing and developed nervous system