Tolga YARMAN, Prof. Dr.

A NOVEL APPROACH TO THE BOUND MUON DECAY RATE RETARDATION

Tolga Yarman

Isik University, Istanbul, Turkey

ABSTRACT

Via quantum mechanics, we show that, just like the gravitational field, the electric field too slows down the internal mechanism of a clock, which enters into interaction with the field. This approach perfectly explains the retardation of the decay of muon bound to a nucleus.

For a “real” atomistic or molecular wave-like object, i.e. a wave-like object existing in nature, we have shown elsewhere[i] the following theorem, first, on the basis of the Schrodinger Equation, as complex as this may be, then on the basis of the Dirac Equation, whichever may be appropriate, in relation to the frequency of the internal dynamics of the object in hand. A “real” atomistic and molecular wave-like object, involves a potential energy made of only “Coulomb Potential energies”. Thence even a relativistic Dirac description embodying potential energies made of potential energies other than Coulomb Potentials energies, may not represent a “real” description.

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UMA - Bound Muon Retardation.pdf