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General Relativity from Planck-Satellite-Data

Peter H. Michalicka

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Abstract

With the Planck ’constants’ length, time, mass and acceleration will be shown, that a Quantum Gravity of the cosmos exists. This paper shows how Planck-Satellite-Data solves Einstein’s Field Equations in Friedmann Robertson Walker Metric. 1 Planck ’constants’ Planck Length ∆x = √ Gh c3 Planck Time ∆t = √ Gh c5 Planck Mass ∆m = √ hc G Planck Acceleration ∆a = c ∆t = √ c7 Gh

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What this paper is about

With the Planck ’constants’ length, time, mass and acceleration will be shown, that a Quantum Gravity of the cosmos exists. This paper shows how Planck-Satellite-Data solves Einstein’s Field Equations in Friedmann Robertson Walker Metric. 1 Planck ’constants’ Planck Length ∆x = √ Gh c3 Planck Time ∆t = √ Gh c5 Planck Mass ∆m = √ hc G Planck Acceleration ∆a = c ∆t = √ c7 Gh

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Available abstract

With the Planck ’constants’ length, time, mass and acceleration will be shown, that a Quantum Gravity of the cosmos exists. This paper shows how Planck-Satellite-Data solves Einstein’s Field Equations in Friedmann Robertson Walker Metric. 1 Planck ’constants’ Planck Length ∆x = √ Gh c3 Planck Time ∆t = √ Gh c5 Planck Mass ∆m = √ hc G Planck Acceleration ∆a = c ∆t = √ c7 Gh

Key concepts: Planck, Planck length, Planck mass, Planck time, Physics, Planck energy, Virtual black hole, Planck constant

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