Quantum Biofortification and In-Situ Phytomining: Design of an Autonomous Closed-Loop Nanometallic Agricultural Matrix

This paper presents a theoretical and applied framework for the transformation of conventional agricultural land into a fully autonomous, bio-physical reactor using a hyper-saturated nanometallic matrix (smart-pellets). Conventional agriculture, reliant on synthetic fertilizers and pesticides, operates as a thermodynamically open system with massive energy losses (leaching, oxidative soil degradation). The proposed model replaces this approach with in-situ phytomining with delayed release. Extremophilic bacteria, bound to biochar and bentonite, are implemented into the root zone alongside a precisely defined profile of stable isotopes (including elements with non-zero nuclear spin such as 138La, 43Ca, and 25Mg). The result is a hyper-saturated soil grid with zero nutrient leaching, providing crops and subsequent consumers with absolute structural immunity and cellular metabolism optimization at the quantum level.