Naked Science Forum
Non Life Sciences => Physics, Astronomy & Cosmology => Topic started by: Richard777 on 17/11/2017 00:51:25
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An acceleration field may be represented as a vector.
If the components of acceleration are suitably defined, the vector will transform to a “Minkowski field” represented as the “Minkowski vector”. The Minkowski vector represents an empty field (flat space-time). The Minkowski metric may be obtained from the Minkowski vector.
A transformation of the Minkowski field gives the “Plank field”. The Plank field has a spatial distance equal to Plank length, and is also a definition of empty space-time. The Plank field is an equivalent to the Minkowski field.
A massive object deforms local “Plank space” resulting in a potential field surrounding the object.
Two objects interact by means of their energy potentials. The force of a binary interaction is given by the Newton equation.
Is Plank space a valid representation of flat-space?