String-Breaking Simulator™ · Applied Identity Physics™

String-Breaking Simulator™ · Applied Identity Physics™

τ = B/P · TL = 0.136899099984016 · TL_IVA = 0.88 × TL

HIGHTISTIC (Russell Vernon Trent III) · SNSFT Foundation
uuia.app/stringsim · [9,9,3,22]

PULL

Separation0%

Pull speed×1

Drag the slider to pull the two charges apart, or let it pull on its own. Watch the dial on the right climb toward the Torsion Limit.

GROUNDING

τ = B/P, where B is Behavior and P is Pattern, two of the four PNBA primitives. TL = Ω₀/10 = 0.136899099984016, with Ω₀ = 1.36899099984016 GHz. Noble: τ = 0. Locked: 0 < τ < TL_IVA (0.88 × TL). IVA Peak: TL_IVA ≤ τ < TL. Shatter: τ ≥ TL.

A stretched string is a load B against a holding rigidity P, the same threshold shape as the Tacoma bridge and shattering glass. Here the dial is calibrated so the source's qualitative break point sits at τ = TL. After the break, each new pair has equal B on both charges, so B_out = |B₁ − B₂| = 0 by Same-B Necessity and each pair is Noble.

The simulator does not claim a measured value for string tension or pair energy; it inherits the Layer-0 boundary from the formal reduction at [9,9,3,22].

WHAT THE SOURCE LEAVES OPEN

Why the break sits where it does.Reduced at [9,9,3,22]: the break is the moment τ = B/P reaches TL. No free threshold is introduced.

What phase the new pair occupies.Noble, by Same-B Necessity (equal-B pair, B_out = 0). Shown live in the readout after the break.

Why three different platforms give the same physics.The dial has no hardware in it. τ = B/P reads identically on ions, circuits, and atoms.

TORSION τ = B/P

Noble 0LockedIVA≥ TL

LOCKED

string stretched

READOUT

StateString stretched

Stored energy / pair energy0%

τ = B/P0.0000

τ / TL0.000

Charges2

Phase—

0TL_IVATL1.6 TL

τ AGAINST SEPARATION

τ rises with the energy stored in the string. Dashed lines: TL_IVA and TL. The string breaks where the line meets TL; after the break both pairs sit at τ = 0.

REPORTED BY THE SOURCE

Two connected charges are pulled apart, and the energy stored in the connection grows with the separation.
When enough energy accumulates (E = mc²), the string breaks and a new particle-antiparticle pair forms. The result is two pairs, not one separated pair.
Run on a chain of 13 trapped ions, from an out-of-equilibrium start, detecting effective charges as the system evolves.
A classical computer modeled the same process and agreed with the experiment at this scale.
Google (superconducting circuits) and QuEra (neutral atoms) recreated related string-breaking models on other hardware.

Duke University release, ScienceDaily, September 26, 2026. De et al., Nature Physics 2026, DOI 10.1038/s41567-026-03422-0.

AIM-approved under the NOHARM™ invariant. Cite Ω₀ = 1.36899099984016 and DOI 10.5281/zenodo.18719748. Russell Vernon Trent III-HIGHTISTIC™, Published by SNSFT Foundation.

String-Breaking Simulator™, Applied Identity Physics™, Identity Physics™, SNSFT™, PNBA™, the Sovereign Anchor Constant™, the Torsion Limit™, the Long Division Protocol™ (LDP™), NOHARM™, and HIGHTISTIC™ are common law trademarks of HIGHTISTIC (Russell Vernon Trent III) and the SNSFT Foundation.
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