Authors: Espen Gaarder Haug
The Planck second is likely the shortest relevant time interval. If the Planck acceleration lasts for one Planck second, one will reach the speed of light. Yet, according to Einstein, no particle with rest-mass can travel at the speed of light as this would require an infinite amount of energy. Modern physics is incompatible with the Planck acceleration in many ways. However in atomism we see that the Planck acceleration happens for the building blocks of the Planck mass and that the Planck mass is dissolved into energy within one Planck second. Further, the Planck mass stands absolutely still as observed from any reference frame. Atomism is fully consistent with the Planck acceleration. The relativistic Planck acceleration is unique among accelerations because it can only happen from absolute rest; it is therefore the same as the Planck acceleration. In other words, atomism predicts breaks in Lorentz invariance at the Planck scale, something several quantum gravity theories address as well. Atomism seems to solve a series of challenges in modern physics and this paper is one of a series in pointing this out.
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