The following derivation shows that the neutrino mass effectively replaces the Planck mass as a fundamental particle associated to Newton's Gravity Law. The neutrino mass is deduced from the cosmic microwave background and matches a previous obtained experimental value. Using a ratio of forces between two Planck mass pairs in comparison to two neutrino pairs, a proportion to the dimension of the Planck length and a Rindler horizon is formed. The work done on the two pairs are equivalent using this proportion. Additionally, it has been concluded that the cosmic diameter, as a particle horizon, can be written in terms of fundamental constants using Wien's displacement law and the Cosmic Microwave Background temperature.
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