The Emergence of Time and Space

At its foundation, the framework begins with one bookkeeping identity: a parity transition cannot be completed in zero time. This finite transition lag forces a geometry that
separates mutually exclusive states without causal intersection. The formulation natively
derives a six-axis topology, a discrete angular invariant ΠZ, charge partitioning, generation limits, mass hierarchies, and several dimensionless numerical outputs from that structure. This paper formalizes three core mechanical consequences of the primitive rule.
First, transition lag can be read through path length, yielding a strict saturation ratio. Sec-
ond, the existing graph language imposes a strict turn-budget mechanism, demonstrating
that as the available transition budget collapses toward the operational floor, admissible
spatial routing drops discretely from 6 to 3 to 1 to only name a few of the frameworks geometric consequences. 

Measured constants should not be
expected to match one universal projection. The resulting (ppm) scale offsets are formally treated as measurement-slice projection friction,
not as new constants.
1 The Starting Point: One Rule Only

σ∆t = Hτ