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repulsive forces
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AntonioLao
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repulsive forces - 01-10-2007, 04:39 PM

Why do these forces exist in nature? There are only a handful of these mysterious forces, the most familiar being static electricity and magnetism. Careful experimentations would always uncover their existence. Yet they are not obvious in day-to-day physical activities. Herein lays another mystery. Why do repulsions only show up at special controlled local regions of space? The most mysterious of all being the repulsion of strong nuclear forces at infinitesimal distances, while same forces become attractive at slightly greater distances, and beyond even greater distances, the strong nuclear forces asymptotically vanish to zero.

Although quantum chromodynamics (QCD see http://en.wikipedia.org/wiki/Quantum_chromodynamics) was able to describe successfully many characteristics and properties of the strong nuclear force, it still could not dispel this repulsive mystery.

This enchantment will remain unless it is possible to explain it by superposition of fundamental uniform waves by the following given prioritized conditions for the phase angle differences:
  • Even multiples of p radians, the forces are repulsive and time independent.
  • Odd multiples of p radians, the forces are attractive and time independent.
  • Even multiples of p/2 radians, the forces are sometime repulsive and sometime attractive therefore time dependent.
  • Odd multiple of p/2 radians, the forces are zero and time dependent.
  • If the phase angle differences are not multiples of either p radians nor p/2 radians, then the forces are attractive and time dependent.


Time independence: [∂E(g)]²=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c²
  
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