Wolfram Lagrangian Test Results

Run Summary

  • Total tests: 10
  • Passed: 10
  • Failed: 0

Key Derived Output

  • EULER_LAG_02 = 2*(chi'(t) x'(t) coupling form) equivalent output confirmed by Wolfram symbolic derivative form.
  • SOLVE_LAG_02 returned a closed form for x''(t) in terms of chi'(t), x'(t), and chi(t).

Exact solve output:

SOLVE_LAG_02={{Derivative[2][x][t] -> -((Derivative[1][chi][t]*Derivative[1][x][t])/chi[t])}}

Pass/Fail Detail

TOTAL_PASS=10
TOTAL_FAIL=0
EULER_LAG_02=2*(Derivative[1][chi][t]*Derivative[1][x][t] + chi[t]*Derivative[2][x][t])
SOLVE_LAG_02={{Derivative[2][x][t] -> -((Derivative[1][chi][t]*Derivative[1][x][t])/chi[t])}}
LAG-01 identity=PASS
LAG-02 Euler-Lagrange form=PASS
LAG-02 solvable for x''(t)=PASS
LAG-03 sign inversion=PASS
LAG-04 includes chi coupling=PASS
LAG-04 includes psi coupling=PASS
LAG-04 decouples at chi=0=PASS
LAG-05 composition identity=PASS
LAG-05 interaction off at chi=0=PASS
LAG-05 includes kappa=PASS

Interpretation Boundary

  • These checks validate symbolic internal consistency of the current formulations and decomposition logic.
  • These checks do not establish empirical confirmation; data-facing protocols remain required.

Canonical Hub: CANONICAL_INDEX

Ring 2 — Canonical Grounding

Ring 3 — Framework Connections