SYSTEM INGESTION INITIALIZED

Physics-Based Neural Lattices & GPU Architectures

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.

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Jamil Voss Portrait

INTERACTIVE CORE PREVIEW

The Lattice Lab

CORE: LATTICE_06
12.4% ACTIVE
0.024 S/s

Topological Deformation Engine

This widget simulates standard structural parameters used in the **SimpleMind & VPET** procedural deformation engine. By injecting energy, you cause localized wave propagation. The nodes expand and shift along their axis, dynamically transforming the 3D projection matrix.

> Accelerating parallel matrix transformations using GPU structures.

ACTIVE REPOSITORIES

Lattice States & Implementations

ZIG / VULKAN STATE // 01

Sentience AI

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.

3D Topologies Wave Physics Compute Shaders Vulkan Acceleration
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ZIG / SDL2 / SIMD STATE // 02

SimpleMind & VPET

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.

Double Binary Tree CPU SIMD Vectorization Procedural Mesh Morphs Energy Normalization
Explore Symmetrical Nodes
C / SYSTEM / DRIVERS STATE // 03

Telnet2 OS

An experimental networked operating system framework. Incorporates low-level modular graphics drivers, host-based parallel pathways, and specialized terminal rendering protocols for remote execution.

Kernel Logic Remote Terminal Control Parallel Pathing Modular Video Engine
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COLLABORATION SCHEDULER

Concentric Discussion Areas

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Physics-Based Neural Networks

Analyzing alternative ML designs where values stabilize dynamically as topological features instead of feedforward matrix operations.

⌬

Zig System Architecture

Designing zero-dependency, ultra-fast custom game engines, low-overhead system libraries, and SIMD CPU code optimization.

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Vulkan Compute Pipelines

Deploying WGSL and Vulkan pipelines to process spatial calculations, 3D grids, and cellular automata in highly parallel systems.

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Ready to exchange data signals or discuss alternative computation architectures. Initiate connection via standard pathways.

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SYSTEM STABILITY RATE: 100.00%