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By Charles Richard Walker (C. Rich)
We stand at a pivotal juncture in the development of Lava-Void Cosmology (LVC), a unified fluid paradigm that reframes the universe as a continuous, entropy-driven viscous medium rather than a collection of discrete bodies moving through empty space. The foundational pillars, spanning cosmology to digital personhood, have established the ontology, mathematics, and predictive anchors of this framework. Now, to communicate its practical transformative potential, we introduce a dedicated exemplar that applies these principles to a concrete, near-term interstellar objective.
Demonstration of LVC’s astrodynamic implications. It translates the theory’s core mechanisms, directed void outflows functioning as advective currents, Lévy intermittency for non-Gaussian transport, vorticity loops and entropy pumps for passive momentum exchange, and drag-minimization steering, into a phased, propellant-minimized trajectory to the nearest stellar system. By doing so, it illustrates how treating space as a navigable fluid medium unlocks qualitatively superior mobility compared to conventional propulsion paradigms that oppose cosmic expansion through brute-force thrust.
The exemplar addresses a central communication need: while the existing pillars provide rigorous theoretical architecture, this application renders the paradigm immediately comprehensible and strategically compelling. It shows not only that the universe operates as a relativistic viscous fluid, but that this ontology enables efficient, resilient extrasolar propagation, aligning with the accelerated nomadic roadmap projected for the 22nd century. Proxima Centauri, a red dwarf at approximately 4.25 light-years comoving distance, represents the most proximate stellar basin beyond our own. It serves as an ideal test case for basin-to-basin hopping in the LVC framework. While we are there, we may as well pay for the trip and grab some energy from that star with our Dyson Swarm. We can also use our Replication Factory on the way.
C. Rich
https://zenodo.org/records/18512421
