Physicists observe four fundamental forces in existence, and it is these four forces that mainly determine how any part of matter or radiation interacts with others.
Physicists observe four fundamental forces in existence, and it is these four forces that mainly determine how any part of matter or radiation interacts with another, and in fact these forces form the main properties of the universe6 (gravitational force, electromagnetic force, super-nuclear force, and weak force).
The uniqueness of these four fundamental forces is that the degree of strength of each of them differs in many exponential ranks in magnitude. In the following table, their values are given in international standard units7:
Gravitational force *5.90 *10.39
Nuclear power or high power > 15
Electromagnetic force ? 3.05 ? 10?-12
Weak power * 7.03 * 10 to 3
The vast difference that makes the gravitational force weaker than the strong nuclear force by 38 orders of magnitude is essential to the plan to build the universe. This difference is necessary for the existence of stable stars and planetary systems.8 If the gravitational force were, for example, a trillion times stronger, the size of the universe would be much smaller than its current size, and its lifetime would be very short, with an average star about a trillion times the mass of the current sun, which would be about one year old, a star short enough for life to progress and flourish.
- Dr Michael Denton.
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Source: Published on Facebook's "Braheen Center" page
https://www.facebook.com/braheen.org/posts/pfbid0Uzo8cRLE8FMdDmcELDRET3vHjivvFRVUYuNwJqWxi593cix69JM5uuvxjQHpg4VCl