How does a quantum field appear in this material?
One finite quantum field on thirteen modes: mesh geometry, stationary action, the model clock, Fock space queries, and what a measurement does to the records.
This is the e=g=0, m²=1/2, hbar=1 supplied Neumann cone model. There is no source-causal event map, physical calibration or continuum-error certificate for this mesh. Do not infer total energy by summing centroid density samples.
source and scope
What is drawn: Join the free_whitney_coherent cohort to shared_field_action by cohort/domain/preparation/clock and exact frame time. The 81 saved times span 0 to 2. Query each cell’s centroid mean, gradient, variance, energy and ordered correlation. Modal occupation bars have thirteen spatial modes and unbounded occupation space.
- datasets/quantum/quantum_payload.json/cohorts/0
- datasets/core/shared_field_action.json/frames
- datasets/quantum/quantum_payload.json · 2,890,741 bytes · sha256 6d9dada1c016678a
- datasets/core/shared_field_action.json · 76,552 bytes · sha256 3404e62000aa03ee
package shared-physics-2026-09-10 · manifest sha256 ec364cad65eede46c7367badf480632e8e39899eedb3abfc883a651789149ff4