A novel polymer-based fluorescent sensor that enables real-time local sensing of water activity at all pH levels with high spatial resolution for use in carbon removal technologies.

A novel thermopile technology using holey silicon enables highly sensitive broadband thermal detection across the entire electromagnetic spectrum.

An innovative advanced material coating with superior cooling performance across all wavelengths that is crucial for energy consumption and heat management applications.

A real-time, ultrasound-based imaging modality that improves intracardiac irreversible electroporation accuracy by visualizing electric field distribution during cardiac ablation.

A novel theoretical model enables efficient and cost-effective solar-driven water splitting to generate clean, storable hydrogen fuel.

A medical device that uses machine learning and augmented reality to project precise surgical guides onto 3D patient anatomy, enabling real-time surgical guidance and remote expert collaboration.

A novel reactor design that enables cost-effective green hydrogen production via solar water splitting, targeting $1/kg-H2 at scale.

A clean, efficient process to produce high-quality graphene thin films from natural gas for advanced electronics and energy applications.