Dataset and Code for: Abiotic Resonant Synthesis in Martian Aerosols: A Field-Mediated Mechanism for the Cheyava Falls Redox Textures

This repository contains the complete computational framework, raw datasets, and analysis scripts used to validate the Abiotic Resonant Synthesis (ARS) mechanism. The study demonstrates how mesoscopic field heterogeneity (photonic nanojets) in 25 micron aqueous aerosols can deterministically break chiral symmetry and influence isotopic fractionation in the Martian paleo-environment. Research Highlights: FDTD Phase: Bi-harmonic THz field enhancement modeling in structured dielectric boundaries, showing an intensity enhancement of approximately 1,100. MD Phase: Field-rectified Reactive Molecular Dynamics (ReaxFF) demonstrating a chiral stabilization bias (Delta Delta G) of approximately minus 3.2 kilojoules per mole. Geochemical Analysis: Formalization of the Isotopic Field Drift (Diso) as a diagnostic tool for identifying non-equilibrium organic organization in Mars Sample Return (MSR) candidates. Keywords Mars, Jezero Crater, Cheyava Falls, Astrobiology, Photonic Nanojets, Molecular Dynamics, ReaxFF, Isotopic Fractionation, Magnetic Isotope Effect, Mesoscopic Electromagnetics, Planetary Science