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---
## Established results
ASD organizes the proton as one closed structure with three internal twists, distinguishing N_int=3 from global charge N_em=+1. Chapter 4 gives topological-current conservation, charge coupling and a three-channel fractional-response representation with additional conditions; the scale-stabilization mechanism has an analytic expression.
## Research still required
Solve this finite-energy sector using dynamics and parameter rules shared with the electron. Calculate nonradial stability, fission channels, binding energy, charge flux and probe response. Establish how internal channels map to the global three-dimensional configuration before computing mass ratios, magnetic response and scattering structure.
## The next reproducible deliverable
Deliver a proton candidate solution with explicit fields and boundaries, or a localized failure result; provide energy, topological number, stability spectrum and at least one probe response, with input/output parameter roles.
## Scope and research links
6π does not uniquely determine a knot type, and three internal regions imply neither triple charge nor triple mass; retain the additional channel conditions in fractional response.
[proton](/en/theory/matter/proton) · [matter](/en/tests/matter) · [proton](/en/theory/matter/proton) · [charge](/en/theory/matter/charge) · [stability](/en/theory/matter/stability) · [matter](/en/theory/matter)