Antientropic forces

The fundamental forces of attraction are antientropic forces.

They function either as compression forces or as alignment forces, thus opposing the action of the entropic force.

Their associated probability distributions make all the influenced particles experience the same state of attraction towards the same point in space or the same state of alignment along the same direction in space.

These forces of attraction work on different spatial ranges.

The nuclear force works on the range of subatomic particles and keeps the quarks tied together in a very small space.

The electric force works from the scale of subatomic particles to the scale of crystals, producing atoms, molecules and crystals.

It also creates cohesion between the grains of a polycristalline material and adhesion between the molecules of different substances.

The magnetic force aligns the dipoles of a magnetic material, creating magnetic fields which are important phenomena in nature.

Gravity ties heavenly bodies into solar systems and star clusters.

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