All Cases

The petitioner proposes to develop analog, digital, and radio-frequency integrated circuits and advanced power management solutions. This work aims to improve power efficiency and enable battery-free or low-power systems for industrial, automotive, and health monitoring applications.

The petitioner proposes to develop thin-film materials and heterojunction structures using micro-nanofabrication techniques and advanced evaluation methods. This work aims to improve the performance and efficiency of microelectronic devices used in processors, communication systems, and information technologies. The endeavor is intended to strengthen US leadership in microelectronics and build a resilient semiconductor supply chain.

The petitioner proposes to continue his research in electronics and communication engineering, specifically focusing on the development and optimization of micro- and nano-structured optical devices like advanced light-emitting diodes (LEDs). This work aims to improve the performance and efficiency of hardware used in high-resolution displays, optical communication systems, and medical sensing technologies.

The petitioner proposes to develop state-of-the-art wide and ultrawide bandgap semiconductor materials, as well as optoelectronic and power electronic devices. His work focuses on investigating novel fabrication techniques to enhance the efficiency, performance, and sustainability of next-generation electronic devices.

The petitioner proposes to research and develop next-generation semiconductor technologies, focusing on novel chip configurations and enhanced wet clean/wet etch processes. This work aims to increase transistor density, improve chip performance, and enhance power efficiency for more compact electronic devices. The endeavor is designed to address global sustainability challenges by enabling energy-efficient electronic systems.

The petitioner proposes to design advanced Image Signal Processor (ISP) architectures that integrate novel algorithms with custom hardware modules for high-throughput and low-latency image processing in autonomous driving and automated manufacturing.

The petitioner proposes to pioneer advanced materials and innovative processing methods for the development of next-generation flexible, wearable, and integrated electronics. This work focuses on organic semiconductor thin-film transistors and cutting-edge manufacturing methods to enhance semiconductor development processes and performance optimization.

The petitioner proposes to develop noninvasive, low-cost wearable biomedical technologies and circuits that integrate into healthcare workflows for real-time patient monitoring and early diagnosis. The work focuses on creating novel amplifier designs and circuit architectures to improve energy efficiency and diagnostic precision in wearable health devices. The goal is to replace conventional imaging systems with safer, minimally invasive treatment strategies that reduce healthcare costs.

The petitioner proposes to investigate the growth of molybdenum disulfide based on liquid precursors to improve production methods for next-generation power-generating sensors. Her work focuses on enhancing electron transport and analyzing two-dimensional semiconductor materials to address challenges in scalable manufacturing. The endeavor aims to integrate these semiconductors into advanced technological applications to strengthen the U.S. semiconductor market.

The petitioner proposes to continue his research in environmental sensing technology, specifically focusing on real-time water quality monitoring for freshwater systems. His work involves integrating wireless sensor networks with advanced data analytics to detect pollution and harmful algal blooms (HABs) in lakes, rivers, and streams. The endeavor aims to provide scalable, cost-effective tools for soil stability monitoring and coastal erosion prevention.