u/Consistent_Fix8578

The work investigates whether parts of observable physics can be reduced to four primitive assumptions and explores the consequences of that framework.

The release includes:

• mathematical formulation
• continuum-limit investigations
• executable verification tests
• explicit no-go results
• documented limitations
• a complete hostile-review audit trail

One thing I tried very hard to do was clearly separate:

• what is actually derived
• what appears real but remains underived
• what is contingent/drawn

The monograph is available on Zenodo https://doi.org/10.5281/zenodo.21951993

The C# Code https://github.com/MagusDraconis/TQM

I am particularly interested in critical feedback regarding the continuum-limit program, the structure/content split, and the remaining open problems.

The work investigates whether parts of observable physics can be reduced to four primitive assumptions and explores the consequences of that framework.

The release includes:

• mathematical formulation
• continuum-limit investigations
• executable verification tests
• explicit no-go results
• documented limitations
• a complete hostile-review audit trail

One thing I tried very hard to do was clearly separate:

• what is actually derived
• what appears real but remains underived
• what is contingent/drawn

The monograph is available on Zenodo. Project is on github /MagusDraconis/TQM

I am particularly interested in critical feedback regarding the continuum-limit program, the structure/content split, and the remaining open problems.

Hi,

I've been working on an idea for a while and wanted to share it here.

It is a scalar-field cosmology idea (Temporal Rate Matrix, TRM), where gravity and cosmology are modeled as effects of a single time-like field T(x,t).
The Idea is to sea if features usually explained by dark matter and dark energy could instead come from differend regimes of this field.

In the current version (V2.2), I tested the model on several datasets:

• galaxy rotation curves (SPARC)
• galaxy clusters (ACCEPT)
• CMB peak scale (Planck)
• supernova expansion data (Pantheon+)

I am not claiming anything final - I am more interested in whether this kind of unfied approach can reproduce observed behavior at all.

Paper:
https://doi.org/10.5281/zenodo.20772292

Code:
https://github.com/MagusDraconis/TRM_Cosmology

Curious what you think.

Hi everyone,

I wanted to share a conceptual framework that helps me visualize the cosmos much better than the standard Lambda-CDM model. As a disclaimer, English is not my native language, and I have never formally studied physics—but it has been a lifelong passion of mine to read papers and watch documentaries.

My journey into this mindset started when I was 11 years old. I read a book about Einstein’s relativity, and while it felt intuitive to me at the time, there were certain core ideas I simply disagreed with. Years later, I started diving into the Butterfly Effect and Quantum Theory. I was never happy with how these concepts were traditionally harmonized, especially the Big Bang theory. I never truly accepted the idea of a physical explosion creating space out of nothing. Whenever I tried to talk about alternative views, people either didn't understand what I meant or simply shut down the conversation by saying, "The Big Bang is proven."

After a long road of independent thinking, I arrived at a specific "time-first" perspective that solves my lifelong friction with cosmology:

Instead of a physically expanding 3D space with a fixed speed of light (c), what if we treat physical space as completely static and eternal, and shift the cosmic evolution entirely to a dynamic ticking rate of time (Varying Speed of Light / VSL)?

Mathematically, this represents a conformal transformation of the FLRW metric, but conceptually, it completely flips the "big picture" and solves modern crises:

• 1. The Big Bang & The JWST Crisis: In this time-first view, the Big Bang is not an explosion of space from a single point. It is a boundary in history where the length of a second shrunk toward zero. Because ancient cosmic clocks ticked exponentially faster, early gas clouds had billions of years of subjective, local time to naturally collide, cool, and evolve into the mature galaxies JWST is seeing. We see a "short time" only because our modern clocks have slowed down.
• 2. Gravity as Refraction: Space remains flat. Massive objects act like an optical medium that locally slows down the speed of light (c decreases locally). Gravity becomes a refraction problem: light and quantum matter-waves naturally bend and steer toward regions where time moves the slowest.
• 3. The Multiverse Alternative: Mainstream physics uses the multiverse to solve the fine-tuning problem because a "one-shot" Big Bang is statistically impossible. But in a static space with an infinite temporal past (due to the accelerating/decelerating cosmic clock), our single universe didn't win a lottery. It simply had unlimited time to naturally self-adjust and settle into its current constants.

I later found out that this line of thinking echoes parts of the 1957 Dicke Cosmology and modern VSL theories (like João Magueijo's work). It was incredibly validating to see that actual physicists have explored the exact same doors I kicked open in my own mind.

Given the current observational bottlenecks (Hubble Tension, JWST anomalies), why is this static-space/matter-shrinking perspective usually dismissed as just a mathematical trick rather than a physically valid alternative? What are the biggest local conservation law violations that break this model?

Looking forward to a great discussion!