What question did this study set out to answer?

The aim is to present a theoretical model for an aerospace vehicle that uses quantum diffusion instead of traditional methods for propulsion and thermal management.

February 19, 20260 citationsOpen Access

"Orbe DQ" Entropic Confinement Aerospace Vehicle Concept: Topological Thermal Isolation and Propulsion via the Quantum Diffusion Framework

VVVILMA VARCO JEJUAN JOSE ESPINOSA

Key Points

The aim is to present a theoretical model for an aerospace vehicle that uses quantum diffusion instead of traditional methods for propulsion and thermal management.
Introduced a 12-dimensional subspace within the Quantum Diffusion Framework.
Developed mathematical models and conducted computational simulations.
Modulated local thermal diffusivity ($D \to 0$) to assess thermal isolation and propulsion capabilities.
Achieved thermal isolation from extreme plasma temperatures through geometric methods.
Eliminated atmospheric friction effectively under the proposed design.
Demonstrated thrust generation via entropic forces, as predicted by the models.

Abstract

English Prior Art Disclosure: This white paper introduces the theoretical and mathematical architecture of a transmedium aerospace vehicle ("Orbe DQ") devoid of classic aerodynamic control surfaces and chemical propulsion. Utilizing the Quantum Diffusion (DQ) Framework within a 12-dimensional subspace, the vehicle generates a geometric attractor that confines an external plasma sheath, creating a stable "ball lightning" envelope. Mathematical models and computational simulations demonstrate that modulating local thermal diffusivity (D 0) simultaneously isolates the spacecraft from extreme plasma temperatures, eliminates atmospheric friction, and provides thrust via entropic forces. This document is explicitly published to establish Prior Art regarding topological plasma confinement and geometric thermal shielding for aerospace applications. Español Divulgación de Arte Previo: Este documento presenta la arquitectura teórica y matemática de un vehículo aeroespacial transmedio ("Orbe DQ") desprovisto de superficies aerodinámicas clásicas y propulsión química. Utilizando el Marco de Difusión Cuántica (DQ) en un subespacio de 12 dimensiones, el vehículo genera un atractor geométrico que confina un plasma externo, creando una envoltura estable tipo "rayo globular". Los modelos matemáticos y simulaciones computacionales demuestran que la modulación de la difusividad térmica local (D 0) permite aislar térmicamente la nave de temperaturas extremas, eliminar la fricción atmosférica y proveer propulsión mediante fuerzas entrópicas. Este documento se publica explícitamente para establecer Arte Previo sobre el confinamiento topológico de plasma y el aislamiento térmico geométrico para aplicaciones aeroespaciales.

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