All Cases

The petitioner proposes to develop and optimize advanced laser-based diagnostic tools for robust near-field optical methods that probe electronic carriers and temperature gradients at the nanoscale. This work aims to identify and develop functional metamaterials for photonic and thermal applications using computational materials science and finite element analysis.

The petitioner proposes to design robotics and automation systems to integrate conductive nanomaterials into flexible sensing devices. This work focuses on improving the efficiency, sensitivity, and scalability of next-generation wearable and environmental sensors for air-quality monitoring and personalized health diagnostics.

The petitioner proposes to advance semiconductor manufacturing by developing yield-enhancing methodologies in chip fabrication. This work focuses on identifying and addressing the root causes of yield detraction to improve the efficiency and reliability of logic and memory products.

The petitioner proposes to develop advanced photocatalytic materials, such as Z-scheme heterojunctions and bandgap-engineered oxides, that utilize visible light to break down persistent pollutants and pathogens in water. The work focuses on creating immobilized nanofiber membranes and supported semiconductor systems to target endocrine-disrupting compounds and bacteria like Staphylococcus.

The petitioner proposes to investigate the electronic properties and behaviors of advanced materials using cutting-edge computational modeling techniques. This work aims to accelerate the development of innovative electronic and optoelectronic devices critical to the semiconductor sector.

The petitioner proposes to continue research on applying and advancing cutting-edge 3D printing technologies to develop in vitro models of diseases and engineered designs for medical and environmental applications. Her work specifically focuses on 3D bioprinting methods, photosynthetic living biomaterials for pollutant degradation, artificial coral structures, and succulent-based microneedles for sustained drug release.

The petitioner proposes to continue her research on next-generation materials and lithography processes. Her work focuses on advancing nanophotonics to transform and enhance technologies in artificial intelligence, blockchain, and quantum computing.

The petitioner proposes to improve the delivery of mRNA therapeutics to increase the effectiveness of gene therapies for incurable conditions. His work focuses on formulating and characterizing novel nanoparticles and developing advanced animal models to test therapeutics for brain diseases like Alzheimer's and anti-cancer drug delivery.

The petitioner proposes to develop and implement improved techniques for performing thermal transport analysis of advanced nanomaterials. This work focuses on identifying and improving thermal transport properties for the thermal management of electronic devices and developing improved fabrication techniques for micro and nanoscale devices, including biodegradable substrate materials.