Calculation record
Exact null displacement waves and constant-gradient spatial field action.
A declared relativistic unit-vector field supplies a constructive benchmark
for two normalizable transverse waves. Its action is not a derived IDWT photon
sector. Coefficients of the field are not additional spatial coordinates.
Research context
- Null spatial pulses
A specified stationary spatial field supports two normalizable displacement modes, exact finite pulses at the underlying wave speed, and circular polarization with a massless-vector angular-momentum ratio.
- Spatial displacement action
Full spatial deformation gives the exact constant-gradient action and a common leading interaction between two polarized displacement waves, with the complementary field retained explicitly.
- Diagnostic catalog
Reproduction commands and scope descriptions for every local finite diagnostic and helper.
Interpret numerical checks within the assumptions and limitations documented in these notes.