The VIrtual Super-resolution Optics with Reconfigurable Swarms (VISORS) mission will reveal, for the first time, individual energy-release sites in the solar corona to test theories of coronal heating. VISORS will address this major outstanding science question by demonstrating a novel and scalable imaging technology with unprecedented resolution using diffractive optics, inter-satellite crosslinks, and CubeSat precision formation flying. WSU will be working closely with a team of researchers from different universities across US to achieve high data-rate directional intersatellite cross-links using Ka-band phased-arrays for next-generation cube-sat arrays.
This project is supported by National Science Foundation award (#1936521) and Joint Center for Aerospace Technology Innovation Award (JCATI).
- Subhanshu Gupta, Washington State University (PI (#1944688)/Co-PI) – mmWave data converters
- Erfan Ghaderi, Ph.D. student, Washington State University
- Qiuyan Xu, Ph.D. student, Washington State University
- Chung-Ching Lin, Ph.D., Washington State University
Goal 1: Development of a antenna array satellite XLINK at mmWave frequencies with low SWaP for Cubesats.
Goal 2: Beam tracking and beam acquisition for a network of cubesats.