What question did this study set out to answer?

The theory aims to unify quantum mechanics, relativity, and particle physics through a pentadimensional framework.

March 14, 2026Open Access

Floriano Unified Theory: Emergence of Physical Reality from an Atemporal Hyperspace with Complex Action

Key Points

The theory aims to unify quantum mechanics, relativity, and particle physics through a pentadimensional framework.
Developed a discrete pentadimensional lattice geometry with complex action.
Utilized geometrical proofs involving de Rham cohomology.
Derived fermion mass quantization from holonomy principles.
Explained neutrino-fermion hierarchy using specific boundary conditions.
Made over 15 quantitative predictions for experimental validation.
Proved the existence of exactly three generations of fermions.
Predicted fermion masses with less than 1% error.
Unified all four fundamental forces within the framework.
Provided a probabilistic emergence of observable spacetime from hyperspace.

Abstract

We present a complete unification of quantum mechanics, special relativity, general relativity, and the Standard Model through a discrete pentadimensional lattice geometry with complex action. The theory postulates an atemporal hyperspace Ξ as fundamental reality. Observable spacetime M4×S1 emerges as a probabilistic projection from Ξ. We prove geometrically that exactly three fermion generations must exist through de Rham cohomology, derive fermion mass quantization mn = n·me from holonomy in S1 (predicting the complete spectrum with less than 1% error, zero free parameters), and explain the neutrino-fermion hierarchy via topologically distinct boundary conditions. The framework unifies all four fundamental forces and makes 15+ quantitative experimental predictions.

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