SYSTEM INGESTION INITIALIZED
Experimental developer specializing in non-traditional machine learning architectures, high-performance systems in Zig, and hardware-accelerated computer graphics. Bridging physical systems with digital intelligence.
INTERACTIVE CORE PREVIEW
ACTIVE REPOSITORIES
A hypersonic multiplayer fighter jet combat simulator and dogfighting engine engineered from the metal up in pure Zig 0.16.0 and Vulkan 1.3 on Linux. Features Mach 10+ 6-DoF aerodynamics, spherical planetary terrain with 22 cities, 32-player squadron dogfights, and carrier operations.
A highly experimental 3D neural lattice machine that learns conceptual relationships through physics-based wave propagation and topological memory. Bypasses traditional weight matrices in favor of spatial hashed dynamic physical atoms.
Symmetrical double-binary neural tree network integrated into an SDL2 Virtual Pet (VPET). Mesh rendering deforms procedurally based on Middle-Layer activations. Symmetrical layers calculate values simultaneously using CPU SIMD vectors and Vulkan fallback.
An experimental networked operating system framework. Incorporates low-level modular graphics drivers, host-based parallel pathways, and specialized terminal rendering protocols for remote execution.
Continuous procedural soundscape and elevator contemplation generator written in Zig. Operates an infinite achromatic call-and-response loop sequencer across seven balancing sympathies (Up, Down, Mellow, Surprised, Dull, Excited, Bored) with formant and resonant filter modulation.
REALTIME PROCEDURAL BROADCAST
COLLABORATION SCHEDULER
Analyzing alternative ML designs where values stabilize dynamically as topological features instead of feedforward matrix operations.
Designing zero-dependency, ultra-fast custom game engines, low-overhead system libraries, and SIMD CPU code optimization.
Deploying WGSL and Vulkan pipelines to process spatial calculations, 3D grids, and cellular automata in highly parallel systems.
Developing flight physics scaling from 20 m/s carrier traps up to Mach 10+ (3,800 m/s), 90° knife-edge authority, and fly-by-wire Ground Proximity Warning Systems (GPWS).
Architecting spherical curvature line-of-sight geometry, 22 procedural metropolitan cities with 5,000+ street corridors, animated civilian traffic, and naval carrier strike groups.
Engineering zero-allocation UDP multiplayer synchronization with client-side dead reckoning, and dynamic AI squadrons executing Basic Fighter Maneuvers (BFM) for 32-player dogfights.
ESTABLISH DATA CHANNEL
Ready to exchange data signals or discuss alternative computation architectures. Initiate connection via standard pathways.
SYSTEM STABILITY RATE: 100.00%