A miniature, implantable sensor for measuring intraocular pressure in the human eye by utilizing radio frequency interrogation.

An innovative online method for personalized tinnitus treatment through customized therapeutic sounds and habituation exercises.

A novel approach to studying protein-protein interactions using trioxane-based cross-linking mass spectrometry.

An AI-powered platform for the generation of automated electronic patient anatomy education models, providing surgeons with clinically relevant patient anatomy data.

A novel approach at characterizing and manipulating enhanced photoemission in disordered and amorphous silicon glass.

An innovative technology that uses dual energy CT to measure blood flow in organs, offering a non-invasive, accurate assessment of diseases like INOCA.

Researchers at the University of California, Davis have developed an innovative technology designed to directly measure fetus blood oxygen saturation level through the maternal abdomen from the onset of labor until birth, thereby improving fetal health outcomes.

This technology introduces an advanced scheduling strategy for optimizing multi-model AI workloads on heterogeneous chiplet-based multi-chip modules (MCMs), aiming at maximizing performance efficiency.