robotrocketscience

Orbital toys, ASCII rockets, and LLM memory research. Hit LAUNCH for liftoff — and yes, there's a whole shell in there.

rrs-terminal.exe

ASCII Apollo 11 liftoff — then an interactive shell

READY

> PROJECTS

~/projects/orbit-visualizer

SUN-EARTH-MOON SYSTEM VISUALIZER

Why is it always the same face of the Moon we see, and how can the Sun and Moon share the sky? An interactive explainer built on the rolling-coin analogy: unlock the tidally-locked Moon, watch real phases, and see an observer's sky where both bodies clear the horizon. Geometry is faithful; distances are not to scale.

CANVAS 2D TIDAL LOCKING MOON PHASES EXPLAINER
~/projects/solar-wallpaper

SOLAR SYSTEM

Where is Saturn right now? This renderer uses real NASA orbital data to show you exactly what the solar system looks like today, or any day going back to 1996. Pick a birthday, scrub through 29 years of planetary motion, or just watch Jupiter do its thing.

CANVAS 2D JPL HORIZONS EPHEMERIS

GitHub

~/projects/saturn-v-ascii

SATURN V ASCII LAUNCH

I wanted a cool rocket launch playing every time I opened my terminal. That turned into a full truecolor ASCII video engine. The Apollo 11 liftoff, rendered character by character, with flickering flames and smoke that actually dissipates. See the GitHub repo for install instructions.

ASCII ART CANVAS 2D STREAMING

GitHub

~/projects/agentmemory

PERSISTENT MEMORY FOR LLM AGENTS

LLM agents forget everything between sessions. This system detects corrections without LLM calls (92%), bridges vocabulary gaps in retrieval (99.5% recovery), and tracks confidence with Bayesian scoring. No embeddings, 98 experiments, benchmarks re-run in public. Now at v4.0 with 6,009 tests.

PYTHON SQLITE FTS5 BAYESIAN MCP

GitHub

~/projects/trajectory-bot

DIFFERENTIABLE ROCKET SCIENCE

My failed 2021 course project, rebuilt: a neural net learns spacecraft maneuvers by backpropagating through the physics itself. 92.3% success at 1.03x the optimal fuel, one rediscovered operational maneuver, one ballistic lunar capture with no capture burn. The original failure is kept in the repo.

JAX DIFFERENTIABLE SIM RL ORBITAL MECHANICS

GitHub

~/projects/iceberg

MINING SATURN'S RINGS

The vehicle captures a chunk of water ice in Saturn's B ring and uses the chunk as propellant on the return leg. 215 pre-registered analysis rounds tested the concept and falsified it. The commercial mission does not satisfy the closure conditions. The one corridor that remains is an existence proof only. The campaign kept the complete record.

MISSION DESIGN MONTE CARLO WATER PROPULSION SATURN

GitHub

SYS NOMINAL VISITORS 000000000 WX --- UPLINK ACTIVE