Why This Paper Matters
Physics is very good at describing how things change. What it has never fully explained is how anything becomes definite in the first place.
Every theory ultimately relies on facts—events that actually happened and cannot be undone. A detector clicks. A particle appears in one place, not another. These irreversible records are the foundation of everything we observe. But standard physics does not tell us when or why such facts come into existence.
This paper addresses that gap directly.
From Facts to a Physical Condition
Across the VERSF programme, reality is understood as a structure built from irreversible commitments—the moments when possibilities become facts. Earlier work established what those commitments are and how they behave. This paper answers the missing question:
👉 When can a commitment event occur at all?
The answer turns out to be surprisingly simple. A region of space can only produce a fact if it has enough energy, time, and capacity within its own causal boundary. When these are combined, they reduce to a single condition:ρL4≳ℏc
This is the Causal–Coherence Compatibility (CCC) condition.
The Moment the Framework Clicks
What makes this result powerful is that it doesn’t introduce something new—it reveals that several existing pieces of the framework are actually the same thing.
- the commitment condition
- the quartic capacity χ(L)
- the coherence scale ξ
- limits from quantum mechanics, thermodynamics, and spacetime
👉 all collapse into one constraint.
This is where the framework stops looking like a collection of ideas and starts behaving like a single structure.