This has taken nearly a decade to develop, and in electrodynamics consists of Eqs. (1) and (2) and Eqs. (9) to (11). These equations are based on the tetrad postulate of Cartan geometry and the antisymmetry of a differential two form, in this case the electromagnetic field tensor on the ECE2 level in physics. Eqs. (1) and (2) must be solved simultaneously for the scalar spin connection and the scalar potential, and Eqs. (9) to (11) for the vector spin connection given the vector potential. They must be applied simultaneously with the field equations on the ECE2 level in physics. This note uses the gauge transformation (24) to ensure that the differential equation (28) for phi that emerges from Eqs. (1) and (2) is self consistent. If the scalar potential phi from Eq. (28) is not the same as the experimentally determined phi, then the former is regarded as the gauge shifted phi defined by Eq. (29). The Maxwell Heaviside theory violates the law of conservation of antisymmetry as shown initially in UFT131 ff. So the standard U(1) theory of electrodynamics is completely refuted, as is zero photon mass theory and Higgs boson theory, and also the standard electroweak theory (U(1) x SU(2)) and grand unified theory (U(1) x SU(2) x SU(3)), together with Einsteinian general relativity. The electroweak theory is entirely refuted in other ways in UFT225. The scientometrics show beyond doubt that these conclusions has been accepted by a vast avant garde school of thought: ECE Physics. This exists indefinitely alongside the standard model of physics, which has been riddled completely by well known and accepted refutations. AIAS / UPITEC is the leading institute of physics in the world and has developed a new distance teaching and publication method at no cost to the taxpayer, with the exception of my Civil List pension of £2,400 a year. This is a token of gratitude by Queen Elizabeth and Parliament for services to science and voluntary work, and is not meant to live on. I earn my living in other ways. All our results are openly accessible worldwide.