Jim Meuer
Independent inventor & systems thinker working at the frontier of computation, physics, and simulation.
Aloha!
I design unconventional computational and physical systems — including optical logic architectures, simulation-based physics engines, and exploratory models of fundamental phenomena — with the goal of turning frontier ideas into working technology.
I build frontier architectures in optical logic, physics-inspired computation, and simulation systems that explore causality and reality.
Independent Inventor & Systems Architect
I explore the frontiers of computation, physics, and simulation with one goal - to turn unconventional ideas into working technology.
My work spans several deeply connected domains:
• Optical logic & photonic computing architectures
• Wavelength-multiplexed data systems
• Physics-based simulation engines (including time & multiverse modeling)
• Foundational explorations of computation, consciousness, and physical law
• Wavelength-multiplexed data systems
• Physics-based simulation engines (including time & multiverse modeling)
• Foundational explorations of computation, consciousness, and physical law
I am especially interested in computational systems that operate closer to the laws of nature — using light, interference, field effects, and physical structure as the substrate of logic itself. My recent work focuses on building fully functional optical logic systems, including register banks, microcontroller architectures, and data buses implemented in the frequency domain rather than with electrical wires.
Alongside this, I design advanced simulation platforms — including speculative time-navigation engines and multiverse modeling tools — not as science fiction, but as interactive environments for exploring causality, physics, and emergent systems.
My background combines decades of electronics, software, and systems design with long-term independent research into consciousness and physical reality. This allows me to approach problems from a rare synthesis of engineering rigor and conceptual depth.
I’m not chasing trends. I’m building the tools needed for the next paradigm of computation and simulation.
I collaborate with individuals and organizations who are interested in:
• Radical new computing models
• Physics-inspired hardware and simulation
• Frontier research & experimental engineering
• Transformative technologies with long-term impact
• Physics-inspired hardware and simulation
• Frontier research & experimental engineering
• Transformative technologies with long-term impact
If you’re working on something that lives at the edge of what’s currently possible — or what’s currently understood — I would love to explore whether our work intersects.
What I’m Building
Optical Logic & Computing
Interference-based logic primitives (MZI / dual-slit lineage)
Free-space stacked-lane optical buses and control signals and a microcontroller-style control architecture.
Standards + compiler idea: logic → physical light-circuit layouts
Physics-Inspired Propulsion Modeling (Exploratory R&D)
Modeling vacuum-mode structures / boundary effects (speculative)
Simulation-first approach: verify assumptions, test stability, search design space
Focus on measurable sub-experiments and engineering constraints
Time & Multiverse Simulation Engine (Anachonexus)
Interactive time-navigation control panel and story/simulation framework
Causality exploration, branching realities, emergent narrative generation
A “serious play” environment for thinking about time and systems