Project THALLASIS: A Bio-Structural Initiative for Martian Soil Fertility via Extremophile-Gel Deployment

THALLASIS proposes a novel, zero-energy, field-activated framework for enhancing Martian regolith fertility using bio-nanogel structures and acoustic-vibrational soil scaffolding. Built entirely within standard physics and field-tested biological precedent, the system is designed for long-term, passive deployment using current mission assets such as Starship, Rosalind Franklin, or orbital drops. This publication is part of the open NOESIS Resonance initiative and is not restricted by paywalls or proprietary classification. ABSTRACT Project THALLASIS proposes a deployable biostructural system for initiating Martian soil fertility using extremophile-rich nanogel packets and humidity-trapping aerogels. Rather than replicating terrestrial conditions, this approach is designed to activate native Martian regolith using biologically resilient organisms, passive mineral exchange, and water vapor retention. All components are derivable from current microbial ecology, materials science, and unmanned systems engineering—requiring no exotic assumptions and compatible with known launch constraints. The method enables near-term testing in analog Mars environments and future autonomous in situ deployment.