Electromagnetic interpretation of spacetime
Abstract. – The proposed electromagnetic model of spacetime developed from the natural geometric unit system (SG) results in values of Newtonian constant of gravitation, stable elementary particles rest masses and electron magnetic moment anomaly in accordance with experimental data. It differentiates between two action and energy types, since in the SG electromagnetic elements are of order √(2πα) and gravitational elements are of order √(2πα)3. Thus it helps to avoid zero-point energy implication of QED that is not in agreement with observations. It suggests the hypothesis of existence of the 5th curled dimension involved in creating phenomena of electron magnetic moment anomaly and quantum nonlocality and leaves open the possibility that the model can be used in the future to describe strong and weak interactions as exclusively electromagnetic phenomena.
The author is grateful to his brother Grzegorz for sharing his intuitive insight into reality.
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