After years of independent work, I’ve developed and published a new unifying theory of physics: E=ΔP: A Dynamical Framework for Emergent Structure and Time Reversal.

This isn’t a speculative or purely philosophical framework. It’s a fully simulated, falsifiable, and empirically matched model that:

Reproduces galactic rotation curves without mass or gravity

Predicts gravitational lensing and Shapiro delay without spacetime curvature

Models particle emergence as recursive field collapse

Replaces forces with field tension interfaces

Stimulates entanglement as recursive phase-lock delay

Derives thermodynamics from pressure smoothing, not heat

Unifies all of the above from a single recursive system of differential equations

It’s simulation-ready. Peer-testable. Conceptually simple. Mathematically complete.

Abstract, full paper, and 8 simulation scripts.

If you’re a physicist, programmer, or just curious, I invite you to read, simulate, critique, and build with it.

The universe may not be governed by particles or fields - but by recursion itself.

Feedback and discussions welcome. DM’s open. Let’s go get our hoverboards.

  • Wigners_friend@lemm.ee
    link
    fedilink
    English
    arrow-up
    0
    ·
    2 months ago

    The equations emerge from thin air without justification. Free parameters abound so anything can be fitted. The primitive variables seem to imply non-fundamental physics. How does a “recursive” field have pressure or tension? These imply it’s made of something? Moreover, your equation’s units make no sense. Looking at your simulations, you are tuning the free parameters by hand to get vague agreement with data. This is entirely unserious.

  • L0rdMathias@sh.itjust.works
    link
    fedilink
    arrow-up
    0
    ·
    2 months ago

    This documentation is visually disorganized and difficult to parse. Please use actual mathematical symbols when attempting a proof instead of using ASCII art equivalents. The codebase is much easier to read, which might be problematic if you’re trying to get non-coders to look into this.