EVANS I MORRIS RED SHIFTS FROM THE PLANCK DISTRIBUTION IN BROAD BAND AND ATOMIC SPECTRA. by

Using a straightforward combination of the Planck distribution and the Beer Lambert law it is shown that fundamental quantum theory produces the Evans I Morris red shifts in all absorption spectra at any frequency of the electromagnetic spectrum. This finding is illustrated with the De bye and memory function theories of broad band absorption in liquids and similar, and by splittings induced in the spectrum of atomic hydrogen (H). The latter covers the entire range from the ultra violet to the microwave and lower frequencies. Fundamental quantum theory as used in this novel way shows that the initial probe frequency is red shifted and split into numerous lines as it propagates through the sample