Portfolio
Table of Contents
Poster
- CLEO 2024 Poster - Dual-Mode, Subarray Design for Optical Phased Array With Electro-Optic Phase Shifters
- UR Graduate Research Symposium Poster - Subarray Design and Thermal Crosstalk Optimization for Power-Efficient Optical Phased Array
Research
-
Optical Phased Array Research in LAICS, UR
-
CLEO 2024 Poster - Dual-Mode, Subarray Design for Optical Phased Array With Electro-Optic Phase Shifters
We propose a new design optimization method for integrated optical phased arrays (OPA) with subarrays. The new design enables a low-loss mode for subarrayed OPA operation that offers better trade-offs between power consumption, optical loss, and chip area.
-
UR Graduate Research Symposium Poster - Subarray Design and Thermal Crosstalk Optimization for Power-Efficient Optical Phased Array
We propose to address thermal crosstalk in integrated optical phased arrays by circuit design and array control. A silicon photonic chip prototype demonstrates that subarray design and thermal crosstalk optimization reduce power consumption by 38%.