holomorphic_spatial_evolution.py

IDWT's physical premise is one infinite-dimensional manifold with all sectors nested as submanifolds. Particle depth counts macroscopic spatial dimensions; matrix and field-component counts in a calculation add no physical dimensions.

Calculation record

Nonlinear full Cartesian spinor evolution of the regular binding model.

The finite periodic computational box approximates an ordinary unbounded
sector. It is not a compactification or a physical cavity boundary.

Research context

Holomorphic binding and its responsive-frame test
A holomorphic inverse binding map gives a regular localized model with unitary full fixed-frame linear response, while its simplest responsive-frame extension has refined growing spatial modes at depths three and four.

Interpret numerical checks within the assumptions and limitations documented in these notes.