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page 276.................... Roemer, Ole. A Presentation Concerning the Propagation of Light is Determined. French Academy of Science. 1676.

Huygens refers to Roemer's measurement of the velocity of light since Roemer is accredited as the first to measure the velocity of light but Roemer did not observe a time delay during the interval FG or KL; consequently, Roemer's measurement of the velocity of light was negative. Can anyone explain what is going on?

The conjugate complex is also based on Maxwell's theory. "Denoting the conjugate complex value by a bar, this is YY*..........(28)". (Schrodinger, p. 1065). "The fluctuation of the charge will be governed by the Eq. 28, applied to the special case of the hydrogen atom. To find the radiation, that by electrodynamics will originate from these fluctuating charges, we have simply to calculate the rectangular components of the total electric moment by multiplying (28) by x, y, z respectively, then integrating over space, e.g." (Schrodinger, p. 1066). Schrodinger is using the electric field radiated by an electron to represent the structure of a hydrogen atom which is physically invalid since Maxwell's massless electromagnetic field cannot be used to represent the structure of a H atom that has a mass. Also, Maxwell's expanding electromagnetic field cannot maintain the particle structure of a hydrogen atom since as time increases an electromagnetic field expands which would eliminate the particle structure of a hydrogen atom.

In Schrodinger's paper "An Undulatory theory of the mechanics of Atoms and Molecules" (1926), Schrodinger states the wave function is based on Maxwell's electromagnetic theory. "The wave-function physical means and determines a continuous distribution of electricity in space, the fluctuations of which determine the radiation by laws of ordinary electrodynamics." (Schrodinger, Abstract). Maxwell's electromagnetic field originates from Faraday's induction effect that represents a massless electromagnetic induction field that cannot be used to represent the structure of an atom or molecule that has a mass which proves Schrodinger's wave equation and quantum mechanics based on Maxwell theory are physically invalid. Schrodinger, Erwin. An Undulatory theory of the Mechanics of Atoms and Molecules. Physical Review. 28 (6):1049-1070. 1926.

What structure is Schrodinger's wave equation representing? I'm interested in the validity of Schrodinger's wave equation that the wave function originates. It's either a probability or gauge. I cannot develop the argument unless I know the structure that Schrodinger's wave equation is representing.

Got it. The end.

If Schrodinger's wave equation does not represent a probability then what wave structure does it represent (gauge)?

Is Schrodinger's wave equation representing an electron position probability?

The negative value of the original wave function does not satisfy the parameters of Schrodinger's wave equation that represents the position probability of an electron which is depicted with a positive value of a probability or zero; consequently, the wave function is not a valid solution to Schrodinger's wave equation. Do you agree?

Is the original wave function a solution to Schrodinger's wave equation?

How can a probability distribution that originates from an electron position probability represent a negative value? What about the gauge?

How can an electron position probability that represents a positive value or zero represent wave interference?