Publication record: Completion principles, real commutants, and positive-frequency geometry for orthogonal Hilbert representations
Citation, version, source links and result scope for the SMM/DTT paper on completion principles.
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Mathematical notation and claim scope · Download all thirteen citations
Citation, version, source links and result scope for the SMM/DTT paper on completion principles.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on real commutant phase selection.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on dual time temporal asymmetry.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on four principles quantum relativity.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on fractal time dimensional flow.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on riemann tick time framework.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on spectral noncommutative dual time.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on discrete yang mills gap.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on discrete continuous projections.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on minimal monad monopole.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on spectral triples spatial emergence.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on combinatorial fine structure.
View the recordCitation, version, source links and result scope for the SMM/DTT paper on dynamic spatial formation.
View the recordRead the completion and positive-frequency paper through observable quotients, compatible complex structures, and a finite worked example.
Read the guideExplore the published phase-selection construction through rotating planes, zero modes, time reversal, and the tensor rule for composite systems.
Read the guideRead the published temporal-asymmetry model using an exact memory calculation, stability conditions, and the distinction between curvature and entropy.
Read the guideTrace limiting speed, Lorentz transformations, rest energy, and universal gravitational coupling through the assumptions each physical claim needs.
Read the guideUnderstand the fractal-time proposal through return probabilities, finite graphs, random operational clocks, and controlled scaling windows.
Read the guideRead the Riemann spectral proposal through independent operator construction, exact zero correspondence, multiplicities, and noncircular proof goals.
Read the guideExplore the spectral noncommutative proposal through a two-point distance calculation and the separate roles of observables, spectra, and scale.
Read the guideDistinguish compact-mode thresholds, constrained physical spectra, finite-volume gaps, and the uniform limits needed by a Yang–Mills mass-gap claim.
Read the guideRead the spectral-projection preprint using a two-level quantum system, a controlled lattice limit, and a precise account of retained information.
Read the guideExplore the monopole proposal through phase patches, integer winding, flux normalization, and the reconstruction from a pre-spatial source.
Read the guideRead the spatial-emergence preprint through mode counting, accessible observables, finite metric distance, and selection of local relations.
Read the guideFollow the earlier fine-structure proposal from ten receiver modes and the 137 recursion to response normalization and a conditional hydrogen relation.
Read the guideRead the spatial-formation proposal through paired inner roles, a finite relational construction, metric costs, and the requirements of stable completion.
Read the guide