Emergent Spacetime, Standard Model and Physical Constants as Infrared Fixed Point of an Informational Conformal Field Theory

We propose a framework in which spacetime geometry, the Standard Model gauge group SU(3)×SU(2)×U(1), fermion representations, the Higgs sector, and physical constants may emerge as infrared fixed points of a conformal informational field theory (CFT). The gauge structure appears as a particularly stable automorphism of the operator algebra under renormalization group flow. Fermions can be identified with irreducible representations of this fixed point, while the Higgs field emerges as a relevant operator condensate. Spacetime, including its temporal structure, is derived as an entanglement functional of the underlying quantum informational state. Physical constants correspond to stationary points of a global variational principle defined over theory space. A scale-dependent interpretation of time is also proposed: at UV scales time flows slower, offering a possible explanation for quantum indeterminism, while in the deep IR the universe appears as a block structure.