The 3 Generations of Elementary Particlesby Norbert Schwarzer
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Overview: Abstract
In our earlier paper [A1] we saw that Quantum Theory emerges when we construct a scaled metric by simply multiplying the metric with a factor F[f], thereby assuming the inner part of the scale factor to be an arbitrary function f. f itself then – so it was derived – becomes the wave function**. Subjecting this scaled metric in the usual way to the Einstein-Hilbert action [A2] does not only present us with Quantum Einstein-Field-Equations [A3] and thus, a quantized version of Einstein’s General Theory of Relativity [A4], but – along the way (e.g. [A5 – A10]) – gives us all classical and non-classical quantum equations, including Schrцdinger, Klein-Gordon and Dirac. Also, thermodynamics can be derived from, respectively found inside this simple scaled metric approach [A3, A10].
Genre: Non-Fiction > Educational
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Requirements: .PDF reader, 1.2 MB
Overview: Abstract
In our earlier paper [A1] we saw that Quantum Theory emerges when we construct a scaled metric by simply multiplying the metric with a factor F[f], thereby assuming the inner part of the scale factor to be an arbitrary function f. f itself then – so it was derived – becomes the wave function**. Subjecting this scaled metric in the usual way to the Einstein-Hilbert action [A2] does not only present us with Quantum Einstein-Field-Equations [A3] and thus, a quantized version of Einstein’s General Theory of Relativity [A4], but – along the way (e.g. [A5 – A10]) – gives us all classical and non-classical quantum equations, including Schrцdinger, Klein-Gordon and Dirac. Also, thermodynamics can be derived from, respectively found inside this simple scaled metric approach [A3, A10].
Genre: Non-Fiction > Educational
Download Instructions:
https://userupload.net/h012qp2xqrmt
https://uploadrar.com/ytdrhpntflpo
Trouble downloading? Read This.