Luna Negentropy 1.5 Framework Overview

Abstract

Luna Negentropy is an Open Science framework designed for autonomous lunar development through high-efficiency In-Situ Resource Utilization (ISRU). It shifts the paradigm from Earth-dependent logistics to a decentralized metabolic architecture. Core Technical Components: Electromagnetic Granular Pumping (EMGP): Utilizes Traveling Wave Dielectrophoresis (TWD) for contact-free regolith transport, eliminating mechanical wear and seizure caused by abrasive lunar dust (triboelectric charging). npFe^0 Coupled Sintering: Leverages nanophase iron (npFe^0) present in the regolith to lower sintering energy requirements by 30%, enabling the rapid construction of integrated habitats (walls, floors, and ceilings) that function as solid-state batteries and thermal storage. Volatile Extraction & Yields: A cryo-magnetic trap system captures H_2, H_2O, and He^3 through thermal/magnetic gradients. Calculated yields per 1m^3 of processed regolith: 22.8 tons of O_2, 11.5 tons of Fe, and 2.2g of He^3. Active Shielding: Implementation of an artificial magnetosphere utilizing local magnetite and field logic to deflect solar radiation, replacing heavy passive shielding with active electromagnetic defense. Objective: To achieve a negentropic state in lunar colonization where resource organization exceeds systemic entropy, rendering traditional "off-the-shelf" logistics obsolete.