Engineering, observation, and first-principles inquiry. Removing artificial constraints, naming the patterns that produced them, and examining the foundations that are usually taken for granted.
A drill that excavates asteroids is the same drill that excavates the Moon. Both feed a processor that runs zero-waste on hydrogen. Excavation and resource extraction become the same operation.
The dual-pulse plasma laser drill is the load-bearing technology — a single device adapted twice: once for asteroid bulk extraction, once for sub-lunar habitation excavation.
Both feed TFOPS — a thermal-fractional ore processor that captures every mineralogical fraction as a marketable product, gravity- and atmosphere-agnostic.
The system is also profitable terrestrially. Lunar economics are an upgrade path, not a prerequisite.
Click any node to read the project →
Ten projects across engineering, learning, and instrument design. Status badges signal where each one stands today — prototyped, designed, or in research.
Zero-waste, zero-emission ore processing. Hydrogen as fuel and reductant. Captures every mineralogical fraction — metals, glass, stone, CO₂-cured construction — as a marketable product.
Dual-pulse plasma laser drill, pneumatic wedge fracture, closed-loop gas recovery. Output feeds TFOPS with no intermediate crushing.
Permanent lunar habitation 100 m below the surface. Inter-settlement vacuum maglev. 1g centripetal sleep facility prevents generational physiological divergence from Earth-baseline.
Patent-pending automation of flax fiber from retting to spinning-ready output. Roller cascade breaking, retractable comb handoff, internal press debris displacement.
Layered artificial muscle ensembles, three-tier federated power, hardware-enforced safety interrupts. Engineered for predictable service life over self-repair complexity.
Life support for a 25-person crew. Rice cylinders operated out-of-phase provide steady oxygen exchange. Predictability and redundancy over theoretical efficiency.
K-12 homeschool, secondary, and adult learning. Validates mastery through empirical retention testing at spaced intervals. Multiple pedagogical pathways.
Neuroscience-based system for cognitive autonomy and sustained focus. Structured progression through attention training, emotional regulation, metacognition.
Electromechanical keyboard. Reciprocating bow actuators replace hammers. Spool-fed rosined ribbon, three independent bow positions per string.
Novel magnetic field topologies for compact, steady-state fusion reactors. Alternative confinement geometries that challenge tokamak constraints.
Long-form essays on cultural and social patterns, and speculative first-principles notes on foundational physics. Diagnostic rather than prescriptive.
How floor plans encode the economic assumptions of the era that built them.
A diagnostic re-examination of an assumption that usually goes unchallenged.
Each principle names the projects above that demonstrate it. Receipts, not slogans.
Many boundaries are artifacts of historical convenience, not natural limits. We identify and remove the ones that prevent genuine progress.
Seen in: TFOPS · Asteroid Mining · Bowed Piano
Mastery, capability, and breakthrough cannot be forced. We engineer the environment in which they emerge naturally through proper cultivation.
Seen in: Education Platform · Mental Performance · Sub-Lunar Colony
Claims require evidence. Whether in retention, plasma confinement, or fiber throughput — progression must be measured and verified, not assumed.
Seen in: Education Platform · Fiber Processing · Magnetic Confinement