SYSTEM AND METHOD FOR ISOTOPIC FRACTIONATION BY TERAHERTZ RESONANCE USING A HYPERBOLOID GEOMETRY REACTOR AND LOGICAL FLOW CONTROL

Abstract

The present invention describes a system and method for the selective separation and purification of gaseous isotopes and mixtures, with particular application in the production of Protium (H1) and Deuterium (D2). The system comprises a hyperboloid reactor equipped with a monolayer graphene membrane reinforced with boron nitride. The technical process is based on the induction of a quantum metamorphosis by means of an electromagnetic resonance emitter tuned to a spectral window of 1.0 THz to 2.5 THz. This excitation tunes the wavefunction of the target light species, increasing its probability of tunneling through the membrane's potential barrier. A differential pressure vector acts as a pneumatic motor to facilitate permeate flow, while non-resonant species are rejected by Pauli repulsion. The operating cycle is managed by the SITCR-Logic control unit, ensuring a continuous, efficient, and high-purity process.