Strategies for improving mechanical and biochemical interfaces between medical implants and tissue 

Non-conjugated pendant electroactive polymers as potential materials for opto-electronic applications 

A comprehensive study of twinning phenomena in low and high stacking fault energy metals 

New polymers exhibiting stable and large optical nonlinearities 

Transport and guest-host interactions in amorphous and crystalline ice 

Investigation of the superconducting proximity effect (SPE) and magnetc dead layers (MDL) in thin film double layers 

Applications in optical communications: quantum communication systems and optical nonlinear device 

4D printing of self-folding structures using polystyrene film 

Electrodeposition of II-VI thin-film solar cells from aqueous electrolytes 

Solution‐phase synthesis and deposition of earth‐abundant metal chalcogenide semiconductors 

Carbon material-based nanoelectronics 

Nanomaterials for macroelectronics and energy storage device 

Laser-induced damage phenomena in dielectric films, solids, and inorganic liquids 

Integration of cost effective luminescent materials into organic light emitting diodes (OLEDs) and molecular approaches to improve the device efficiency 

Temperature gradient effects versus electromigration in metals: Development of an atomic sheet model applied to aluminum leads in ICs 

Penetrating parylene neural probe array for dense, in vivo, chronic recordings 

Microstructure of epitaxial ferroelectric/oxide thin film heterostructures 

Part I: Photovoltaic effects in multilayer thin films assemblies and their use for catalysis. Part II: Phosphorescence in organic light emitting diodes 

In situ studies of the thermal evolution of the structure and sorption properties of Mg-Al-CO3 layered double hydroxide 

Expanding the synthesis space of 3D nano- and micro-architected lattice materials 

Development and characterization of transparent metal/ceramic and ceramic/ceramic nanomultilayers 

Microelectronic differential DC operational amplifier applications 

Novel materials and techniques of fabrication for organic light emitting diodes 

Improving the field of organic photovoltaics through the development of new active layer materials with unique photophysical properties 

Nanophotonic light management in thin film silicon photovoltaics