Research Software Engineer. Scaling intelligence through high-performance systems and sovereign infrastructure.
I build bare-metal research tools that connect quantum physics to neuroscience — in Rust, CUDA C++, and Python. No cloud. No subscriptions. Ethics enforced at the compiler level.
📍 Murcia, Spain · Open to relocation (CH/EU)
KĦAOS — closed-loop BCI kernel. 12-qubit quantum decode, CUDA DSP at 1000 Hz, FPGA tactile feedback. #ifndef ETHICS_COMPLIANT → compile error. Neurorights are not a feature — they are a constraint.
SUBSTRATE — Real-time electromagnetic observatory. 10-layer scientific pipeline with Lindblad quantum magnetoreception solver. Native CUDA C++ kernel: 354× speedup over JAX (precision diff: 4.77e-07). Rust + Python + CUDA.
HELIOS — Deterministic solar infrastructure engine. Real-time control loop for off-grid energy management. Integrated CNN-LSTM irradiance predictor + IPC bridge via SQLite WAL. Operational 24/7 deployment.
KINECT-NIR — Real-time IR detection pipeline. CUDA CA-CFAR + MobileViT-XT + Kalman/Mahalanobis gating. Hardware-software integration for BCI telemetry.
| repo | what |
|---|---|
| ARC-QRL-PEPS | JAX + PEPS tensor networks for ARC-AGI. Frontier structured reasoning. |
| EIGEN | Pure-Rust Lanczos solver. Ising lattice (dim=65536). egui dashboard at 60 FPS. |
| ASTRUM | Native Android observatory. Real-time orbital mechanics engine in Kotlin. |
systems & infrastructure
Rust (tokio, egui, sqlx) · C/C++ · CUDA C · Python (PyTorch, JAX) · Linux
physics & compute
cuTensorNet · Lindblad solvers · PEPS Tensor Networks · Lanczos · HMC · Fermi-Dirac
hardware & safety
Formal AST verification · SHA-256 audit chains · FPGA (stub) · Kinect v2 · Solar array controllers


