At its heart, this paper starts with a very simple idea:
👉 Physics is about things that actually happen.
For something to “actually happen,” there must be a record of it—something stable, identifiable, and real that we can, in principle, observe. We call those records facts. This might sound obvious, but it turns out to be incredibly powerful. Once you take this idea seriously, it puts very tight constraints on what the universe must be like.
From “facts” to the structure of reality
The paper shows that if facts are real, then the universe cannot behave arbitrarily. It must have:
- a minimum level of distinguishability (you can’t have infinitely fine differences),
- a way to turn possibilities into irreversible outcomes,
- and a limited capacity to store those outcomes locally.
From just those requirements, something remarkable happens.
You can derive a threshold—a precise condition that determines when something can become a real, stable event and when it remains just a possibility. Below that threshold, everything is reversible and fluid. Above it, reality “locks in” and facts form.
Why quantum mechanics looks the way it does
One of the most surprising results is this:
👉 Quantum mechanics isn’t just “how nature happens to work.”
It’s the only kind of physics possible in the regime where facts haven’t formed yet.
In that pre-factual world, nothing is permanently decided. Everything must remain reversible. The paper shows that when you enforce those conditions, the mathematics of quantum mechanics—unitary evolution, superposition—falls out naturally. It isn’t an assumption. It’s forced by the constraints of not being able to form facts yet.
Why the smallest unit of reality has structure
The paper also shows that a “fact” itself can’t be arbitrary. If something is going to be stable and distinguishable in a noisy universe, it needs an internal structure that protects it from disruption.
When you work through the math, there’s a unique minimal solution:
👉 a structure with seven constraints (K = 7)
This comes from error-correcting code theory—the same principles used to protect data in computers. It suggests that reality itself uses the minimum possible “code” needed to make facts stable.
Where gravity and time come from
The story doesn’t stop there.
Once facts start forming, they don’t just sit there—they accumulate. And that accumulation creates:
- time → from the sequence of irreversible events
- gravity and geometry → from how those events are distributed across space
In this picture, spacetime isn’t a stage that exists first. It emerges from the pattern of facts themselves.
The big conclusion
The most important result of the paper is this:
If a theory of physics must produce real, stable facts, then its structure is almost completely fixed.
In other words:
👉 You don’t get to choose the laws of physics freely.
👉 Once you require facts, the structure of reality collapses into a very specific form.
That form is what the paper calls the VERSF framework.
đź”’ What this means for VERSF
This is the key takeaway:
- VERSF isn’t just “one idea among many”
- It isn’t a model chosen for convenience
👉 It is the natural outcome of asking what a fact-producing universe must look like
The paper shows that any theory that meets those basic requirements ends up with the same structure, at least in all the ways that matter physically.
🚀 Why this matters
Most theories in physics start by proposing equations and trying to match reality.
This work flips that around:
👉 It starts with the minimum requirements for reality to exist at all
…and then shows that:
👉 the structure of physics follows from those requirements