A New Perspective on the Cosmos
Extended Classical Mechanics
This application provides an interactive summary of Extended Classical Mechanics (ECM), a novel framework that reinterprets the universe's origin, the nature of mass, and the fundamental forces of gravity and expansion. Explore the core concepts that challenge traditional cosmological models.
Vibrational Universe (VU)
The universe originates from a pre-material, vibrational field of potential energy, not a singularity.
Non-Singular "Big Bang"
The Big Bang is reinterpreted as a mass-equivalent event—a transition of potential to kinetic energy.
The Fourfold Structure of Mass
ECM proposes that mass is not a static property but a dynamic, redistributable entity with four distinct forms. Click on a mass type to learn about its role in the cosmos.
Key Roles & Concepts:
Cosmic Evolution in ECM
ECM describes a dynamic history of the universe driven by mass-energy reconfiguration. The chart visualizes the balance between Matter Mass and Dark Energy (negative apparent mass) through different epochs.
Reinterpreting Gravity & Forces
Instead of spacetime curvature, ECM proposes that gravity arises from energetic gradients and a unique polarity framework. Select a state to see how the balance between Gravitational and Apparent Mass determines the outcome.
ECM vs. Standard Model (ΛCDM)
This table provides a direct comparison of key cosmological concepts, highlighting the fundamental differences between the two models.
| Concept | Standard Model (ΛCDM) | Extended Classical Mechanics (ECM) |
|---|