device-simulation

自研 1D 漂移-扩散–泊松求解器 + Si p-n 结全套验证（解析不变量 L1 / 网格二阶收敛 L2 / 对照 NIST Sesame 2.0 L3），numpy+scipy，一条命令复现 · A from-scratch 1-D drift-diffusion PN junction solver, verified against closed-form theory and NIST Sesame 2.0

Virtual CPE lab for TR-369/USP development and testing with a real OB-USP-AGENT, simulated TR-181 hardware, MQTT, fault injection, and a browser-based device UI.

Simulação de processos e dispositivos semicondutores: SUPREM-III (1-D), SUPREM-IV.GS (2-D) e MINIMOS 6.1 sob uma interface só. PySide6, Linux e Windows.

Open-source multi-physics simulator for post-silicon and 3D-stacked transistors: 2D materials, CFET/GAA/M3D, thermal and yield. Never reports a number a solver didn't produce.

Claude skill for SCAPS-1D: set up, simulate, fit and sanity-check solar cell devices, with literature parameters and Shockley-Queisser realism checks.

Lightweight, modular TCAD core for GaN RF HEMTs: plugin-based architecture, self-consistent Schrodinger-Poisson and drift-diffusion solvers, 426 tests.

Open 1-D drift-diffusion solver for perovskite solar cells: band-gap-coupled photoinduced halide segregation, J-V, hysteresis and impedance. Pure NumPy/SciPy.

A physics-aware Bayesian optimization engine that drives any TCAD simulator to automatically optimize semiconductor devices.

Physics-first 0D/1D materials simulator, validation-first: pn-diode drift-diffusion, PEMFC/SOFC fuel cells and electrochemistry, each pinned to a source-cited reproduction test. Ships an MCP server exposing 9 guarded tools so AI agents can drive it. DEVSIM cross-check optional.

Device recovery experiments: durable worker ownership, real process crashes, external fault injection, and reproducible concurrency measurements.