EBIKK-β Model with Twisted Compactification: A Path to SU(N) Yang-Mills Theory with Mass Gap

We present a modified EBIKK-β model combining Born-Infeld nonlinear electrodynamics, entropic gravity, and twisted Kaluza-Klein compactification. Key results include:• Extension from U(1) to SU(N) symmetry via twisted boundary conditions• Emergence of a mass gap ∼ ΛQCD without Higgs mechanism• Glueball spectrum (0++, 2++) matching lattice SU(2) data• Holographic duality with ⟨F2⟩ ̸= 0 condensateThe model offers a novel approach to confinement and quantum gravity.