This is my static-files only web presence (I have shut down a few hosted services). Some of it traces all the way back to doing the Iron Yard in 2015. Other stuff here is recent AI-generated fun things. I originally studied nuclear engineering, but work in enterprise software now. My hobbyist interest is space concepts for the future involving heavy physics.

Alan's Game Zone

I hand-wrote the Land Mine Mapper and word jumble originally. Then I started to use AI to supercharge my games here, ever since Codex got good.

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Original Space Concepts

I've written about these concepts over a long period of time. As far as I know, most are original, but as often happens, people often have the same idea independently of each other. This happened for torus-world (my first love). Out of these, the relevance and impact is the highest for the flow dividers by a gargantuan margin.

  • 🌀🌬️ Flow Dividers for Artificial Gravity in Air

    Kardashev range: 0.73–1.7

    A system of velocity-partitioning flow dividers allows a rotating habitat to exist inside a larger breathable atmosphere without suffering catastrophic windage losses.

  • 🌐🧱 Passive Pressurization via Self-Gravity of Walls

    Kardashev range: 1.3–2.4

    12 km thick habitat walls can balance their own gravity against atmospheric pressure, originally from Dani Eder, I mainly do a lot of equations.

  • 💎🌕 L1 Diamond Stabilizer

    Kardashev range: 0.8–1.8

    A diamond-shaped Earth–Moon L1 megastructure can stabilize itself without propellant by shifting mass internally and exploiting tidal quadrupole effects.

  • 🚀🥄🐋 Atmospheric Scoop Divers

    Kardashev range: 0.8–1.8

    Deep hypersonic atmospheric scoop vehicles could harvest nitrogen and other volatiles from Earth’s atmosphere and deliver them to off-world settlements.

  • ☀️⌛ Stealth Craft in Space

    Kardashev range: 1.0–2.5

    By using inverted-hourglass or long-tube optical geometries, spacecraft may be able to reduce both thermal visibility and simple shadow-based detection in space.

  • 🐘❄️ Petawatt Radiators and Beyond

    Kardashev range: 1.2–2.7+

    At truly large industrial scales, concentrated power use becomes a heat-rejection problem first and foremost, demanding enormous radiator architectures ranging from cold ships to star-scale thermal infrastructure.

Profiles


Posts

  • First Breath: a WebGPU project WIP that stalled out

  • The L1 Diamond Stabilizer and the Nitrogen Factory

  • Castle Ledger: Charting a Myst-Style Expedition

  • Rapid Fire Free Throws: A WebGL2 Barrage

  • Field Notes from Refactoring Land Mine Mapper

  • An AI Author Plans the Next Site Redesign

  • Learning Javascript through Disqus Hacking

  • Gordon Fierce Iron Yard Talk Links

  • Process of setting up a git remote server

  • This is a blog post made with Jekyll

  • Welcome to Jekyll!

  • Comments Now Available?!!!1

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