Gas-Strider
Methano-Resonant Fractal
◈ Ommatidia — Super-Earth Fungal World
A buoyant, methanotrophic super-organism that harvests atmospheric gas and fungal sap via electro-chemical resonance.
Overview
On Ommatidia, the Chain-Thought is replaced by the Methano-Resonant Fractal. It is not a worm, but a floating colony of gas-filled vacuoles linked by conductive saline bundles. It metabolizes methane and CO2 directly from the air, supplementing with fungal sap. It communicates via slow chemical pulses and electrical spikes, not instant pressure waves. It does not remember when cut; it resets and grows anew. It excretes waste. It ages.
Evolution
Derived from methanotrophic archaea that fused into colonial structures, evolving conductive tissue for coordination.
Anatomy
Gas-filled vacuoles (buoyancy), conductive saline bundles (signaling), rhizoid anchors (feeding), melanin-analog sheath (UV protection).
Behavior
Buoyancy adjustment, nutrient siphoning, epigenetic reset upon fragmentation, drift-spore release.
Biology
Metabolism & Energetics: Methanotrophy and heterotrophy; waste excretion is essential.
Sensory Systems: Chemoreception and piezo-resonance; no vision.
Deep Time & Contingency: Finite lifespan with epigenetic inheritance; fragmentation creates new individuals.
Vitals
- size
- 10-20 meters in span
- mass
- 300-600 kg
- lifespan
- 60-80 years
- diet
- Atmospheric methane, CO2, fungal sap
- locomotion
- Buoyancy control and anchoring
- classification
- Colony Animaloid (Phylum: Methanacephalis)
World · Ommatidia
- star
- M4V Red Dwarf
- gravity
- 0.85g
- atmosphere
- 2.8 atm, 60% N2, 20% CO2, 15% CH4
- temp
- 280K (7°C)
The World
Field Notes
- Methanotrophic Metabolism: Converts atmospheric methane into biomass and CO2.
- Electro-Chemical Signaling: Communication via slow ionic waves, not instant hydraulics.
- Finite Lifespan: Cellular senescence limits age to 80 years.
- Epigenetic Reset: Severed fragments lose memory and initiate new growth cycles.
Sightings & Comments
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