3650 — The Endpoint Dagger Curvature Recovers Grade and Spectral Dimension Two
Theorem
On the Hilbert direct sum
let be the axis-summed endpoint dagger round trip from Entry 3645 and define
Then
The operator is positive and compact. Its eigenvalue recovers grade exactly:
For , its exact eigenvalue-counting function is
Consequently
and the completed endpoint tower has spectral dimension two.
Schatten boundary
The Schatten sum is
Its summand is asymptotic to a nonzero constant times . Therefore
At , divergence is logarithmic. The compact defect lies on the weak Schatten-two boundary, independently reproducing dimension two.
Explanatory meaning
The source-derived dagger packet now reconstructs the grading internally. Its curvature spectrum determines:
- the grade of every irreducible component;
- the multiplicity ;
- the exact quadratic counting law;
- spectral dimension two;
- the critical Schatten exponent two.
This is the spectral form of the Cartan-conic Hilbert law. The algebraic and dagger descriptions are independent readouts of the same endpoint geometry.
Failure boundary
The exponent depends jointly on eigenvalue decay and multiplicity growth . Changing either changes the spectral dimension.
The reciprocal is an endogenous order-one grade operator, but it has not been shown to be a Dirac operator. No Clifford action or first-order commutator theorem is claimed.
The construction also requires the source-authorized Hermitian direct sum. The bare Cartan algebra alone does not canonically supply .
Evidence
research/strominger/the-dagger-curvature-defect-recovers-grade-and-celestial-dimension-two.md;research/strominger/checkers/endpoint_dagger_spectral_dimension_checks.py;research/strominger/results/endpoint_dagger_spectral_dimension_checks.json.
The exact checker passes 8 of 8 gates through grade 200.
Allocator claim: seqclaim-9db78efb4bdee4afb8ca27e3.