B.S. Physics, University of North Carolina at Greensboro, expected December 2026
I'm a student researcher working independently at the intersection of physics and AI. My work spans theoretical questions about intelligence and recursive self-improvement, computational models of emergent behavior, and physics-grounded research into quantum teleportation. I'm interested in collaborating with researchers and open to opportunities where these fields meet.
Why one dominant intelligence is the inevitable long-run outcome in any competitive recursive-improvement environment.
A systematic analysis of every known teleportation approach — closing three quantum directions via hard physical limits, deriving a 42 KB lower bound on the human connectome's functional information content, and identifying the scanner as the only remaining engineering bottleneck.
Computational simulations of emergent flocking, phase transitions, and predator-prey dynamics.
An 8-bit computer built from a single NAND gate, with a live-evolving neural net and virtual CPU.
Real-time mod queue coordination for Reddit communities — stop working on the same post twice.
A desktop pet powered by a local LLM — a tiny AI crab who wanders your screen, reacts to your cursor, and has opinions about your file organization.
Open to collaboration and opportunities.
nlangley1868@gmail.com