Event Details

October 16, 2026

Join Zoom Webinar

Host: Steve Crago
POC: Amy Kasmir

Precision nanofabrication and uniformity of the fabricated array is critical for reaching desired optical properties in nanophotonics, such as structured light, microresonator array and high Q devices. We will compare and review our experience of local high-precision ebeam lithography and foundry-manufactured large-scale photonic integrated circuits.

Speaker Bio

Tingyi Gu is an associate professor in electrical engineering at the University of Delaware. She received Ph.D. degree from Columbia University in EE. She was a PRISM postdoc fellow at Princeton Material Institute. She held positions at Bell Labs and Hewlett Packard Labs. Her group works on foundry-compatible silicon photonic components for optical communication and sensing, with a focus on optoelectronic reconfigurability and high-speed operation. She had served on committees for CLEO, FiO, OFC and IPC. Gu published over 50 peer-reviewed journal articles, leading efforts published on Light: Science & Applications, eLight, Science Advances, Nature Comm., Advanced Materials, Nature Photon., etc.