Current Projects
State-aware runtimes, photonic compute, cross-layer AI systems, and an independent macro-intelligence research line.
A restricted state-transition runtime for exact modeled reuse and bounded counterfactual execution.
Declare state and dependencies, reuse unaffected modeled values, and fall back to full replay when locality disappears.
A public research archive for programmable photonic compute, mixed-signal survival, calibration, and sparse resident decision processing.
The archive asks a harder systems question: when optical-core gains meet conversion, drift, noise, and control overhead, what still survives at the full-stack boundary?
A governed state method for preserving evidence, authority, fallback, and compact counterfactual execution across a heterogeneous stack.
Explicit state does not create intrinsic speed; it can make modeled reuse, compact branching, validation, and governed fallback inspectable.
A state-native macro relative-value research program built around causal pair ontologies, architecture validation, and execution realism.
The public archive documents what survived, what degraded, and why an attractive backtest is not the same thing as a reliable research result.
Contact / Collaborate
Reach out with a clear problem, context, and the kind of exchange you have in mind.
Best outreach includes: the problem, the reason Ronnie's Lab is a fit, and the desired format or timeline.
For a specific note or archive record, include the title or link so the context is clear.
Inquiry type
Collaborations
