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Lead researcher graduate student - Xiaoxu Meng University researchers are advancing a concept known as foveated rendering, a computational technique that uses innovative eye-tracking software to replicate natural human eye function in virtual and augmented reality.

Schematic of time delay for scattering of a wave packet from a real-life ray-chaotic billiard. The symmetric and smooth wave packet goes in to the scattering region through one scattering channel and emerges later from another channel as a delayed and strongly distorted pulse. The complex time delay accounts for these changes.

A family with multigenerational ties to the university is giving $9 million to its School of Theatre, Dance, and Performance Studies (TDPS) to boldly reimagine the future of education in the performing arts.