Boson-Fermion Interface Theory (BFIT)

Boson-Fermion Interface Theory (BFIT) describes the interplay between the fluidic bosonic substrate

(BSFD) and the semi-Dirac fermionic gating mechanisms (SDFIT) that regulate the emergence, motion,

and directionality of coherent structures within the manifold. This theory proposes that the substrate

manifold is composed of an uncollapsed bosonic harmonic field, rich in potential but unlocalized. The

emergence of direction, identity, and flow within this field is mediated by semi-Dirac fermionic

interfaces—asymmetric field stabilizers that regulate phase transitions, temporal orientation, and nodal

coherence. BFIT bridges substrate physics and projection-level dynamics, and anchors key principles

of mass generation, dark energy behavior, and time-asymmetric recursion in the GUTUM framework.