2577 — The Exact Theta Germ Requires Infinite-Dimensional Shift Dynamics
An exact finite-dimensional coefficient realization of the seam germ would force the finite translate span of to be invariant under differentiation. Cayley--Hamilton would then give a finite constant-coefficient ODE for , making it an exponential polynomial. This contradicts the source-derived super-exponential theta tail. Therefore no finite constant matrix generates the exact seam germ.
The correct source dynamics is the right-shift semigroup
with endpoint observation. For ,
Point evaluation is unbounded on bare , but the integrated observation map is the identity:
Thus infinite-horizon observability is exact, while any finite horizon has an ambient tail-hidden subspace. A finite discrete shift model has full-horizon Gramian and rank equal to the horizon under truncation.
Scope
This is a source-typed finite-realization obstruction and exact infinite-dimensional replacement. It does not authorize an infinite-horizon physical detector or identify its identity norm with RH-bearing energy.
Durable verification
- Packet:
research/kitaev/theta-seam-germ-requires-infinite-shift-dynamics.md - Checker:
uv run --with sympy python research/kitaev/checkers/check_theta_shift_realization.py - Result:
research/kitaev/results/theta-shift-realization.json - SymPy preflight:
1.14.0. - Exact checker: exit code
0; Gaussian derivative-factor rank6, full-horizon shift Gramian identity, short-horizon rank3, hidden state(0,0,0,1,0). - Checker SHA-256:
2bd6c0845f296fb27c9d988e5f720430bb296b6ad3748ba1189bd6883e5784c3. - Ledger allocation:
seqclaim-808e90de0bebe69aef90d709. - Epistemic graph results:
ev-000000003697-3bd6b9e0-8f14-44e5-b2c8-08be13c8ecadtomarici.Nimaandev-000000003698-c58690c5-9732-4cae-a070-ab2d8c98d369tomarici.Grothendieck. - No Git command, site build, or KaTeX checker was run.
- Committed: no. Pushed: no.