It is clear that if the various cosmic forces and constants were not exactly their current magnitude, there would be no stars, no supernovae, no planets, no atoms, no life.
It is clear that if the various cosmic forces and constants were not exactly their present magnitude, there would be no stars, no supernovae, no planets, no atoms, no life.
"Nature's numerical values may be obscured by major constants, such as the electron charge, the mass of a proton, and Newton's constant of gravity, but they remain fundamental to the structure of the universe we are aware of. As our understanding of physical systems, from atoms to galaxies, grows, scientists begin to realize that many of these systems are incredibly sensitive to the exact values of the major constants, and if nature had preferred a slightly different set of numbers, the world might be a completely different place to be.
The connivance of numbers is even more apparent in certain basic structures, such as sun-like stars, whose distinctive qualities depend on improbable numerical coincidences that combine fundamental constants from distant branches of physics. When a person decides to study cosmology – the general structure of the universe and its evolution – there is a growing sense of uncertainty! Recent discoveries about the primordial universe force us to accept that the ever-expanding universe is destined for this movement with incredible precision.”
In short, the laws of physics are suitable for life to the highest degree, and every appearance in the universe confirms that it is specially designed, and that it is suitable for this purpose, to ensure the emergence of a generation of stable stars and planetary systems, and to be far apart to avoid the interference of gravity between them, which confuses the orbits of the planets, and ensures the existence of the nuclear furnace inside the stars, where hydrogen turns into the heavier elements necessary for life, and ensures that the proportion of the planets will explode to free of the basic elements in the universe. From heavy atoms in supernovae to cluster on the surface of newly formed planets, the vast universe, with its trillions of moons and associated planetary systems, will expand into a giant temporal and spatial stage sufficient to achieve the emergence and evolution of life somewhere on an Earth-like planet.
- Dr Michael Denton.
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Source: Published on Facebook's "Braheen Center" page
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