Narada.space
Durable ideas, made visible.
A public collection of articles, models, and experiments developed through use.
Capture Strategy Space
A Three.js exploration of how the dominant asteroid-capture engine changes with patience: required delta-v versus consumables versus authority, with a time-horizon slider that moves the rock through three strategy zones.
Fission Fuel vs Capture Time Horizon
An interactive ECharts line graph comparing how much fissile material different asteroid-steering variants require as the capture timeline stretches from half a year to two decades.
The Grand Tour of a Captured Rock
A true-scale Three.js solar system where one 1,000-tonne rock travels every address the Resident's Ledger discussed — heliocentric hold, temporary capture, the keeper's nudge, the Lagrange shelf, and the four rungs of the well.
The Rack Became a Cell
An interactive Three.js account of how a slender stackable orbital rack evolved into one autonomous NRC-600 cell—and why four cells, not one longer stack, became the first data-centre pod.
Space Solar Panel Attractors
An interactive 3D comparison of six space solar panel market attractors under six different mission perspectives. Each comparator redefines what best means.
Narada Across Comparator-Optimized Agent-System Spaces
An interactive 3D comparison of Narada with Pi, OpenCode, OpenHands, Letta, and LangGraph under six different architectural perspectives.
The Simplest Frame for a Three-Metre Space Membrane
An interactive Three.js concept for deploying a 3 × 3 m membrane with one central hub, four telescoping half-diagonals, four corner nodes, and a tensioned perimeter cord.
A Double-Parasol Cell for Orbital Compute
A repeatable square deployment cell that places a hard-tile photovoltaic field and 1.5 kW compute unit between a transparent debris bumper and an anti-Sun thermal parasol.
Space Solar Cell Speciation
A single metric — present value of cost per output per time — separates space solar cells into mission-specific winners. Silicon, triple-junction GaAs, and IMM/ELO each dominate only under certain launch-cost and lifetime assumptions.
A Square Silicon Cell for Low-Cost Space Power
An explodable Three.js model of a 40 mm square silicon HJT space cell, built from purchasable coverglass, contacts, bypass protection, and low-outgassing interface materials.
An Orbital Rack That Grows Anti-Sunward
An interactive Three.js concept for extending one shielded power tile into a serviceable stack of compute, storage, radio, camera, and future equipment bays.
Cellular Space Structure
An interactive Three.js concept for a modular space structure built from an invariant frame and replaceable content tiles. One tile is shown in detail; the field shows one possible population.
Flying Solar Tile Array
An interactive Three.js concept for a parametric photovoltaic array in free flight. Tiles can be square or hexagonal, their side size changes the whole formation, and cabling keeps the mosaic electrically connected.
Free-Flying Actuator Puck
An interactive Three.js concept model for a reusable six-degree-of-freedom flyer with a standard tool port, compliant wrist, service interface, and replaceable attachment.