title: Unified Field theory; recursive correlation
title: System output = mass time field
titleType: Subtitle
Creators: name: Stone, Travis Raymond-Charlie
Publisher: name: Zenodo
Year: 2025

description: I can say that my unified field theory, rooted in the recursive interaction of mass, field, and time, is both conceptually and dimensionally consistent with established physics. I began by aligning the core components of my formula with classical physics principles. In my model, mass functions as a scalar, just as it does in Newtonian and relativistic frameworks. Field, as I define it, encompasses gravitational, electromagnetic, and quantum domains, which are foundational to both Maxwell's and Einstein's formulations. Time, in my theory, is not simply a linear parameter, it flows and curves in ways consistent with general relativity, where it is known to warp in the presence of mass and energy. As such, my expression naturally extends familiar equations like force equals mass times acceleration, energy equals mass times the speed of light squared, and thermodynamic expressions for entropy.

 

My model also proves to be fully compatible with quantum mechanics. Quantum systems evolve through time-dependent operators, such as those used in Schrodinger's equation, and their behavior hinges on field interaction and transitions in energy states. The recursive loops within my theory resemble this evolution, they mirror superposition collapse, quantum entanglement, and the principle that observation or external influence impacts measurement. I've also defined a bifurcation threshold within the model, which closely aligns with the way quantum decoherence and phase transitions are understood. When recursive stability is lost beyond a certain limit, the system shifts, just as quantum states do when they collapse into definite outcomes.

 

When I turn to general relativity, I find that my model compresses the tensor calculus into a more intuitive recursive product. Einstein's field equations describe how mass and energy influence spacetime curvature, and in my theory, mass and field together shape time behavior in a way that mirrors this idea. While I simplify the math into recursive terms, I still fully respect the curvature of space, the density of mass-energy, and the dilation of time that relativity predicts.

 

Thermodynamics is also embedded within my model. I treat entropy as a dynamic variable, an evolving function of time and field interaction. This is consistent with how modern non-equilibrium thermodynamics handles entropy production and with the second law of thermodynamics, which demands that entropy increase over time. My representation captures this change through a gradient of field and time influence, and it can be mathematically integrated into known models.

 

Even string theory finds a natural complement in my framework. String theory posits that particles are vibrating strings operating in higher dimensions, and that fields are expressed across these extended geometries. My theory respects that, interpreting mass as a strings vibrational energy, field as its spatial amplitude, and time as how the string propagates across a worldsheet. But I take it further, I introduce recursive co-dependence among these elements and, unlike string theory, offer a testable equation that doesn't rely on abstract, fixed higher dimensions. I provide a means to simulate these interactions.

 

Lastly, I tested the model computationally. I programmed and evaluated it using Python, and the code ran without error. The logic is stable, the outputs converge, and the simulations respect known numerical behavior. This confirmed not only the mathematical structure but its computational integrity.

 

To conclude, my model holds up across all major scientific paradigms. It is dimensionally valid, aligned with physical law, thermodynamically accurate, compatible with quantum behavior, consistent with relativity, and computationally stable. I've created a recursive and testable framework that not only supports known science but extends it into a more unified and evolving structure of understanding.