Research
General relativity, warp-drive spacetimes, condensed matter, quantum field thinking, effective media.
Research systems, scientific communication, deep-tech execution
I work across theoretical physics, scientific computing, research operations, and technical communication, building systems that help ambitious ideas become executable work.
About
I am a physicist, research engineer, and scientific leader with experience across general relativity, condensed matter, scientific computing, university teaching, and deep-tech research execution.
My work is strongest where rigorous theory, numerical exploration, technical writing, and coordination have to operate together instead of in isolation.
I care about systems that move difficult work forward: research programs, publication pipelines, collaborator workflows, and now AI-assisted information products.
Core strengths
General relativity, warp-drive spacetimes, condensed matter, quantum field thinking, effective media.
Python, Mathematica, Maple, parameter sweeps, modeling, interpretation, and publication-grade figures.
Manuscripts, technical reports, editorial work, simplifying dense ideas without flattening them.
Research planning, Jira-based coordination, task decomposition, contributor alignment, and momentum.
Selected roles
Selected output
Approach
Clarify the physics, the objective, the constraints, and the output format before the work fragments.
Move between analytical reasoning, numerical exploration, and readable visual output.
Turn results into papers, reports, roadmaps, and collaborative systems that can survive contact with reality.
News Lab
This section is already structured to receive generated summaries, editorial notes, and topic-specific explainers. Right now it renders local seed data. Later, we can swap the source to a Cloudflare-backed feed without redesigning the page.