Applied-math rigor for auditable AI.

Applied-math PhD, now an industry research engineer. I build causal-inference and AI-evaluation tooling, foundations books on sequence models and reinforcement learning, and the research infrastructure beneath them.

Rigor is the fulcrum; AI is the lever.

Applied-math PhD (NJIT 2020; NYU postdoc) · peer-reviewed publications · now in industry

Selected work

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Built to be audited

AI expands what one person can ship; rigor decides what is allowed to ship. Substantive artifacts carry a decision log and an independent audit, and key claims trace back to source — the math is hand-derived and checkable.

About

I work on modern sequence-model architectures — state-space models such as Mamba and S4 — and reinforcement learning with optimal control, and I turn that work into rigorous, auditable books and tooling. Applied causal inference, risk analysis, and evaluation are the methodology spine throughout.

Before industry: five peer-reviewed papers in applied mathematics — point-vortex / Hamiltonian dynamics and network epidemiology. Publications →

Contact

Rigor is the fulcrum; AI is the lever.