Inertial effect and rotational motion of atom

1 - Inertial effect: Atom in circular orbit is forced to rotate by inertia

When the lever is accelerated, the wheel (atom) rotates in the opposite direction to the objects movement because there is an agent attempts to retain the wheels original condition.
Inertial effect:

Environment surrounding and inside an object is filled with particles different from fundamental particles, and these particles belongs to the heavenly body stream When an object moves, particles in this heavenly body stream interacts with atomic vortex in this model, they interact with the wheel (atom)- to preserve its original situation and change the velocity, direction and sense of this atom in frame of the object in movement.

2 - Atomic rotational motion is independent from the movement of object
Atomic rotational motion is controlled by the Earths vortex stream , not by the movement of object. A vortex has its outer streams velocity is slower than the one nearer to the vortex center, thus, the two stream places two forces with different strength on the two edges of atom: slower velocity gives weaker force. The existence of two forces on two sides of an atom at once results in atomic rotational motion, which is changed only when the object change the location in the stream of heavenly body vortex.
3 Atomic rotational motion forces the object to travel on circular path

When the object is accelerated greater than 0 or lesser than 0, atom in that object will change the rotational velocity. This change causes the inertial force holding the object back to its original situation.
Visit homepage of this research : http://www.initialphysics.org

Category:

Science & Technology

Tags:

• Inertial
• Effect
• Atom
• rotation
• universe
• vortex
• physics
• inertia
• gravitation

[kalimeraHellas]

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