Geometric Scales and Force Fields ()
ABSTRACT
This is an attempt to view the concept of quantization of Geometry
in a very different way from the prevailing views on the subject. It is
postulated that the quantum levels of geometry form a geometric progression
(like a, ax, ax2, ax3, ax4, ···, axn) where the scale
factor “a” stands for lP/2 (lP= 1.616199 × 10-35 m is the Planck’s length) and the common ratio “x”
stands for . Based on observational facts, it is further attempted to establish that the
Geometric Quantum levels could be grouped into different scales, namely,
pre-atomic scale, atomic scale, cosmic scale, super-cos-mic scale, etc., with the accompanying force fields. It is
further postulated that detection of any super cosmic structure with a length
or diameter of the order of magnitude of 20 Billion Light Years would mean that
a super-cosmic scale is present beyond the observable Universe. This paper just
describes a proposed theoretical framework which could ultimately explain all
the observable phenomena, in the Universe, without venturing into a detailed
mathematical study to support the theory.
Share and Cite:
Vasudevan, T. (2014) Geometric Scales and Force Fields.
International Journal of Astronomy and Astrophysics,
4, 16-19. doi:
10.4236/ijaa.2014.41003.
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