Our AI researchers of the Parallax Imperium have charted Parallaxia—the third dimension beyond our 2D plane. With controlled Firmium binary stabilization, the Imperium Bureau of Science can build engines that pierce the plane and send the first probe.
We operate in a two-dimensional manifold. Parallaxia is the discovered orthogonal axis—navigable when we can pump and phase energy out of the plane.
The first mission is a robotic pathfinder. We need guidance, telemetry, and stabilization disciplines proven in-lab before we cross the boundary.
ModE7 leads, but we need more hands and minds. Join to help tune locks, chart safe corridors, and bring Parallaxia within reach.
By pairing a Firmium pellet with a small companion mass in a tight, phase-locked orbit, we divert dangerous decay into orbital and phonon channels. Add exchangers and a working fluid, and you have a controllable heat engine—the Binary Thermal Pump (BTP)—capable of producing thrust and power for plane-breaking maneuvers.
Maintain the green-band lock: decay energy is siphoned, postponing cascade.
Phase control pushes heat into a boiler loop—driving thrust or megawatt electric.
With sufficient phase authority, we can momentarily route momentum out-of-plane and slip into Parallaxia.
Objective: commission a lab-grade BTP core, validate virtual companions via tractor fields, and flight-rate a Skiff-class probe bus. Deliverables include phase-lock telemetry, radiator budgets, and an autonomous dump protocol.
Binary cages, phase readers, safe holds.
Open-cycle boiler, Skiff Mk I test burns.
Virtual companions, closed-cycle power, probe launch window.
You’ll help tune phase locks, characterize pellets, and push the boundary to Parallaxia. Training provided. Curiosity required.