quanta07's Blog

QUANTIZATION
(the formation of mass)

Note that the object of observation in time, will in this post, be called a 'time object'
The time object observed will be ACCELERATION....

Dropping a pebble from a height, observing the 'time object' of linear acceleration....
When peeble proceeds through a surface area of water, an orthaganol plane, observe radial acceleration within the plane....

Observe that linear acceleration creates radial acceleration in an orthogonal plane.....
Note that convergent linear acceleration CREATES divergent radial acceleration....

Note also that both are time dependant, one does not occur without the occurance of the other......
For these time objects, Linear creates planar, planar creates linear.....

Note, consider spherical divergent acceleration from a point source....
Note, that a disecting plane through this sphere, shows a radial plane of divergent acceleration....

Note that this radial planar(X,Y) acceleration creates linear acceleration, within the orthagonal Z axis.....
Note that the planar acceleration is divergent, while the linear acceleration(in Z) is convergent....
Note that no matter what angle the sphere is disected, the Z axis is convergent....

Thus, any point divergent sphere of acceleration, will form around it, a surface where divergent acceleration is canceled by convergence on the Z axis....

This processes is called 'QUANTIZATION' and occurs in nature.....

This existance of the quantization process of 3 dimensional divergent acceleration, creates in nature, 'particle' formation....

This 3D point divergent(spherical) acceleration quantization process, is observed as 'MASS'......

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MOMENTUM

Regarding a Quanta of Acceleration....
From the outside, note 3d point convergent linear acceleration....
From the inside, note 3d point divergent acceleration....
A quanta of spherical acceleration is in an equalibrium state.....

Note when an outside vector of linear convergent acceleration appears at left, the sphere remains in equalibrium...
The new vector cancels or lessens an outside convergent vector on the right, allowing normal convergence from the left, to give motion to the point of divergence, with velocity= A(t)...

Maintaining equalibrium, the quanta is now in motion.....linearly to the right.....
It remains in motion until a new vector of acceleration may appear, changing normal convergence by its presence....


This is 'MOMENTUM"

This quanta will remain in equalibrium, and in motion, until an outside vector of convergent acceleration appears, changing normal convergence, on the outside of the quanta.....
The new vector of acceleration is A(t), and depending on its direction, will alter motion of the quanta by changing its velocity by the amount of A(t)....

If no new vector appears, the quanta remains in motion with velocity 'V'....

This is the property called 'the CONSERVATION of MOMENTUM'....

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PHOTOELECTRIC EFFECT

Note that a large point divergent acceleration, will be enclosed by convergent quanta, this is a nucleus....

Note that the convergent acceleration field strength, around this large 'point'(nucleus), decreases in intensity as we move away....

Note also that a 'photon' is a spherical quanta of VELOCITY....
Its radial velocity is equal to a fixed value of A(t)...

If the path of this 'photon', converges toward a nucleus,
it will reach a distance from the nucleus, where at this distance, the intensity of the 'nuclei' convergent acceleration, will match the fixed amount of acceleration within the photon...

If there is an 'electron' held in orbit at this distance, by the same principles of momentum stated early,
the presence of this quanta of velocity=A(t), cancels the convergence at that distance from the nucleus...
The electron now will maintain a straight line of velocity, (from orbital velocity), and 'escape' its orbit....

Note that this effect, only occurs when the 'photon' intensity of A(t), is very near the 'intensity' of convergent acceleration for that particular orbital distance....

This implies that ONLY CERTAIN FREQUENCIES of 'light' may 'free' electrons from orbit...
Lower or higher frequencies will not free an electron from orbit at this fixed distance....

This observation is called the PHOTOELECTRIC EFFECT....

happy thoughts.............q7