Extended Classical Mechanics (ECM)

Sub-Planck Phase-Transition Cosmogenesis

Extended Classical Mechanics (ECM) proposes a "Sub-Planck Phase-Transition Framework for Cosmogenesis" in which the universe originates from a 0-dimensional, super-luminal, sub-Planckian vibration (0°–360° phase) rather than from a singular explosion.

The model describes cosmic origin as a continuous energy-to-matter transformation process. Latent potential energy progressively converts into kinetic energy, while spacetime and physical constraints (including the speed of light, c) emerge as stabilized post-transition outcomes.

Key Aspects of ECM Phase-Transition Cosmogenesis

• Sub-Planckian Origins: A pre-geometric energetic phase replaces singularity-based models, where space and time are not yet functional.
• The Phase-Transition Mechanism: A full 0°–360° phase evolution where initial super-luminal velocities (v_t >> c) decay into mass and kinetic energy.
• Emergence of Spacetime: The speed of light (c) functions as a stabilization boundary reached at the Planck Horizon.
• Replacing the Big Bang: Cosmogenesis is modeled as a controlled energetic transformation rather than an instantaneous explosion.
• Foundational Principle: Energy-frequency equivalence (E = hf) precedes mass-energy equivalence (E = mc²).

References

1. ECM: A Sub-Planck Phase-Transition Framework
2. ECM Master Phase Transition
3. Super-Luminal Origin Dynamics
4. ECM Cosmogenesis (Telit Network)
5. Tagore’s Electronic Lab – ECM Research
6. Pre-Planck Dynamics: ECM Principle