microelectronics industry. Integration of these quantum photonic sources with high-performance classical photonic

microelectronics packaging platform that will reduce the time required to design and fabricate complex multi

processes. It is undesirable in many scenarios, e.g. contamination in the manufacturing of microelectronics

Over the past five decades, exponential advances in device integration in microelectronics for

, sensors, energy storage, microelectronics, biomedicines, and mechanical resonators. However, a key

Flow boiling in microchannels is one of the most promising cooling techniques for microelectronics

nanotechnological applications ranging from the microelectronics industry all the way to separation. A particularly

environment uniquely. Current challenges in microelectronics industry may be addressed using nanoparticles due

by the Si microelectronics industry has made the use of Si for microelectronics, power electronics

available. More recently, the microelectronics industry started implementing the Cu wire-bond technology

, particularly for the small sample volumes that are relevant to microelectronics applications. Thus, my research

cars, microelectronics, portable electronics and grid storage backup for renewable energy utilization