Interference-first modeling
PhotonMatrix studies how optical interference can support compute workflows at the level of public research concepts.
PhotonMatrix
A public research architecture for high-level optical compute concepts.
PhotonMatrix organizes Opmxi's public research around optical compute concepts, photonic interference systems, and hybrid AI systems.
Public repository
The public PhotonMatrix repository provides high-level context. Implementation-specific models, workflows, and calibration methods remain private during active development.
Conceptual public architecture
Non-enabling overview01
Optical Routing Primitive
Conceptual light-guiding structure.
02
Interferometric Core
Research into controllable optical interference.
03
Programmable Optical Response
High-level study of tunable optical behavior.
04
Compute Workflow
Public research path for optical compute systems.
Public materials provide a high-level research overview only. Detailed simulation workflows, exact parameters, calibration methods, and implementation-specific models are maintained privately during active development.
Signed weight-cell inquiry
The program includes research into programmable optical responses while keeping implementation-specific detail private.
Hybrid system framing
The architecture is explored as a possible future complement to electronic AI systems, not a standalone replacement narrative.
Disclosure discipline
Public pages avoid exact math workflows, calibration data, simulation scripts, non-public evaluation data, and fabrication strategy.
Public disclosure boundary
Public materials provide a high-level research overview only. Detailed simulation workflows, exact parameters, calibration methods, and implementation-specific models are maintained privately during active development.