Holonomy™ — communications with momentum.
A physics-first communications research company focused on next-generation satellite and wireless systems, wave-domain dynamics, and unconventional communication architectures.
https://t.co/TZwo9GrKnq
To build the future, the past must first be designed.
Every technology carries the memory of its foundations.
No optimization can fully rewrite the principles it was built upon.
The future belongs to communication systems where information is encoded in momentum from the very beginning.
That is where Holonomy begins.
#SpaceTech #SatelliteCommunications #OpticalCommunications
What's next for @NASAMoonBase?
Join us on Tuesday, June 30 at 2:30pm ET (1830 UTC) for a live news event where we'll share updates on our plans for lunar exploration and the next steps toward establishing an enduring human presence on the Moon. https://t.co/xsrWvVRqTz
Future space communications will rely on interoperable networks and flexible routing across relay satellites, commercial systems, and direct-to-Earth links.
A strong direction for resilient mission architectures.
A successful demo is just the beginning. 💫
NASA is extending operations of its Polylingual Experimental Terminal (PExT), a demo designed to improve connectivity in space. PExT will now pursue additional demonstrations to support next-gen communications.
https://t.co/hG9qR0ihEp
@NASA_Technology Interoperability and flexible routing are becoming central to the future of space communications. Exciting progress toward more resilient mission architectures.
I founded @HolonomyLabs around one direction:
physics-first communication systems for next-generation wireless, satellite, and space-scale networks.
Future communication architectures should be designed from physical principles — not only optimized after the fact.
@NASAJPL Long-range rover autonomy will make resilient communications and navigation infrastructure even more important for future Moon and Mars operations.
What is Riemannian holonomy? Jacob Gross explains, and notes how manifolds with special holonomy are important in physics, in Notices of the AMS https://t.co/bZN6zQ1dnu [Image: Fred the Oyster CC BY-SA 4.0 (https://t.co/sw4CL9Rw91) via Wikimedia Commons]