Start with the introduction and the sector case, then follow the detailed derivations and current research status. A checked identity, a conditional model and an observed physical result carry different evidential weight.
- An Introduction to Infinite Dimensional Wave Theory
An accessible introduction to particles of different dimensionalities in one shared higher-dimensional physical space, the constrained mass pattern and the recent geometric and dynamical results.
- From Particle Masses to Shared Geometry — The Case for Investigating IDWT
A counting rule organizes particle masses by dimensional depth. Spin, clock, color, charge and polarization calculations meet that organization under explicit premises. This account connects the shared geometric structure, its numerical comparisons and explicit field constructions.
- Research map and current status
The infinite-dimensional physical picture with a ten-dimensional matter domain, common-frequency portions, mass and geometric property results, with reviewed constructions, new proposals and open selection problems distinguished.
- Research status
Current sector-structure evidence, higher-dimensional geometry, corrected orbit and static-response calculations, and the complete reference-inertia construction, with dated action scopes and open mass-operator requirements.
- The Case for Investigating IDWT's Sector Structure
A constrained mass pattern, conditional dimensional discriminators and explicit higher-dimensional field constructions make a reproducible case for investigating depths two, three, four, five, six and ten. The evidence includes results shared by six and ten, with physical assumptions and unresolved selection kept explicit.
- Diagnostic catalog
Reproduction commands and scope descriptions for every local finite diagnostic and helper.