Advanced propulsion systemsArtificial intelligence & machine learningCarbon capture & sequestrationPharmaceuticals and drug deliveryQuantum computing systems & platformsQuantum sensing & metrologySmart and responsive materialsUnmanned aerial systems
I work across chemistry, physics, biology, and math — interesting problems don't respect boundaries. Current: a biotech paper on biodegradable plastics, a plasma physics mode-suppression paper, and a selected disease-population proposal built from ecology and actuarial methods.
I'm looking for
25 days ago
Problems stalled because they don't fit one discipline — the gap between biology and materials, or physics and computation. Sponsors open to borrowing methods from adjacent fields. Open to sponsored research, proof-of-concept work, or ongoing advisory collaboration.
About
I'm an independent researcher and founder of Crucible Consulting Group, with a background spanning 21 years of Army leadership and 25 years of operational management before moving into applied research full-time. I work at the intersection of biotechnology, physics, and computation — diagnosing structural problems that resist standard single-discipline approaches. Recent work includes a biotech manuscript on microbial production of biodegradable plastics, a plasma physics paper on mode suppression, and a selected corporate R&D win estimating a global disease population using methods borrowed from ecology and actuarial science. I help industry teams get unstuck on technical problems that have outgrown their usual toolkit — bringing in the right adjacent-field method instead.
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