RSBA Synthetic Landmass Engineering and the Inter-Dimensional Dirigible A Negentropic Boundary-Field Reactor Derived from the SEXA Recursive Energy Functional (SREF) and Anti-Direct-Short Topology

Recursive Soil Bearing Architecture (RSBA) introduces a new engineering framework for synthetic landmass stabilization derived from the SEXA Recursive Energy Functional (SREF). In this formulation, soil is treated as a boundary-conditioned stress topology whose admissible load-bearing states can be modified through recursive energy minimization across a higher-dimensional manifold. This paper introduces the Negentropic Boundary-Field Reactor (NBFR), an energy-interception architecture derived from Anti-Direct-Short topology. By preserving source-dipole separation and employing inductive phase recursion with diakoptic back-feed, the reactor recollects energy normally lost as dissipation and establishes a persistent boundary energy field. Coupling this reactor to the RSBA boundary operator provides the first complete engineering pathway for field-stabilized soil masses and synthetic land platforms. The resulting system forms the basis for the Inter-Dimensional Dirigible, a structural platform in which loads are supported through dynamically maintained boundary-field configurations rather than conventional aerodynamic lift or fixed foundations. Project Domainshttps://InterDimensionalDirigible.comhttps://Inter-Dimensional-Dirigible.com