RESEARCH.LABS
> Research across plasma physics, quantum computing, radio astronomy, and photonics.
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◆ FLAGSHIP
Nuclear Fusor // Farnsworth-Hirsch
End-to-end plasma-confinement engineering: grid-geometry optimization via potential-well simulation, high-voltage circuitry, and optical spectroscopy. 10 grids simulated, 2 grids validated.
RF Astronomy // Velocity & Heat Maps
21-cm HI survey of the North Polar Spur: LSR velocity maps, cross-calibrated heat map, and shell-mass estimation.
Quantum Computing // Resource Cost
Resource-cost analysis of Shor's algorithm — gate-level decomposition and surface-code fault-tolerance estimates.
Radio Astronomy // Interferometry
Two-element 10.5 GHz solar interferometry with a Python pipeline recovering the solar angular diameter within ~3%.
Optical Engineering // Simulations
Single-photon microscopy study with a Python quantum-dot emission simulation reconstructing beyond the diffraction limit.