A recently discovered astrophysical phenomenon taking place at the core of our Milky Way galaxy is found to be consistent with the Extinction Shift Principle.

This Principle is found to be consistent with the experimental outcome of all the past century of experiments in electromagnetism of the past century. Astrophysical phenomena such a the planet Mercury and the PSR1913+16 neutron pulsar system perihelion rotation effects are calculated, yielding the precise mathematical bottom line equations of General Relativity, but for pure classical reasons only.

At the core of our Milky Way Galaxy there is still another experiment taking place at this very moment. The last 10 years of astrophysical observations on the galactic core reveal that the recorded images of the Keplar motion of the rapidly moving stars orbiting about Sagittarius A* do not correspond to the predictions of General Relativity. This is consistent with the theoretical findings of this emission theory. The phenomenon can be understood simply by applying a couple of fundamental principles, the principle of enclosing the apparent galactic core mass inside of an analytical Gaussian spherical surface and the principle of optical reciprocity applied to the path of a gravitationally bent light ray. The Sagittarius A* problem is graphically illustrated in topics 05 and 06. Click to the Chalkboard for details www.extinctionshift.com/Chalkboard.htm

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Dr. Edward Henry Dowdye, Jr., Physicist, Emission Theorist