Secret of Quantum World
Invisible and Visible Paths of Quantum Actions - The world of Quality and Quantity
Home Page: Secret of Nature
Abstract:
The qualitative and quantitative aspect of matter is
described. Nine quantum steps concealed behind the action we witness to the
outside world are identified. Why and how quantum action occurs is explained.
The co-existence of Uncertainty and Certainty is explored.
In traditional thinking, we
can imagine force acting on one component pushing out the opposite component
and eventually ejecting it out. However, in the new vision it is viewed as a
winding one. The component system is twisted and pushed to the center. This twisting and pushing goes in three quantum steps,
which in turn are divisible into nine steps. These steps are invisible and
contribute to quality. To understand it let us return to Fig.- 4 [if the figure is not opening click – sfig-4 ]
The component, on which the
force is applied, undergoes a twisting displacement to the center. This
movement has two-component directions- one moving left to right or vice-versa
in a zigzag manner, the other the winding or unwinding component directed to
the center or away from the center. See
Fig. – 12. [if the figure is not opening click –sfig-12a ] When
it completes one circle moving six times in a zigzag manner, it under goes a
unit winding or unwinding. Here it reaches the first critical point and the
system collapses into First Order of Non-Equilibrium. In
the first order of non-equilibrium, the system is compressed by a unit on one
plane and is expanded on the other. Here it looses one frame of left and right
equilibrium. This system is reversible
because the action and reaction force is 3:1. In fact, this is a non-existing
step. Absolute systems never exist. They are simply transitory states. We went
through it for the sake of understanding.
When the twisting is further
continued, it undergoes another winding as above and reaches the second
critical state and collapses into Second Order of Non-Equilibrium. This order
is quite stable. It is flexible between the first critical and the third critical
point. With an uncertainty on either side before the critical point is reached. See Fig.-13. [if the figure is not opening click – sfig-13 ] Here
the system looses two frames of left and right frames and comes to exist one
frame of left and right. A new frame is added that is it can wind and unwind by
a unit. It is flexible to the external force pushing
it to third critical state and to an external force pushing it to the previous
critical state. In other words, it can wind and unwind by a unit. I call these
stable systems or Relative Equilibrium Systems. All the systems we deal
in nature are of this type. The ratio of action and reaction here is 1:1
When one more of step of
winding is done then it reaches the third critical point. Here the system looses all its left and right frame existence.
The winding and unwinding force takes the value 2:1
in favor of winding or unwinding depending on the direction of the force. The
system now breaks down, inverses and rejoins on to a new plane [Uncertainty
plane see sfig-2].
In the process, it expels the force acted upon it back to the nature and its
left turns right and vice-versa.
Let us review it again.
We must note here the cause for
the breakdown. When the component is twisted and moved, the component shifts
its relative position from directly opposite to vertically opposite. The motion
here is always from one plane to the other in zigzag manner. The system now is
flexible between two limits, with an uncertainty zone on the left and
right. As it is twitched to the third
critical state, the component comes to take the position of the directly
opposite position to the original position. Here the system collapses into First
Order of Non-Equilibrium. When
another winding process is repeated and the system collapses to the Second
Order of Non-Equilibrium. Further
winding results in to third critical state and the collapse of the system and
its reorganization. Thus, the whole process has nine steps of movement form
left to right and vice versa.
The force applied on the
system has two-component directions one; acts left to right or vice versa, the
other to the center or away from the center. [The latter causes the unwinding].
What this means is that there are two choices to the action, left winding or
right winding. When we apply
force on an absolute system the ratio of force of action to reaction is 1:3.
This ratio invariable means the action cannot take place, thus to the
assumption of existence of fundamental non-equilibrium.
The action of
force here can be viewed as centripetal or centrifugal force. This means the
shifting into first critical state, second critical state, and third critical
state is a three-step spiral twisting, which is decreasing [or increasing] by
certain unit. Each of these spiral twists in turn is made up of three twisted
curves, which are decreasing [Or increasing] by a unit. The movement is such
that it always moves from one plane to the opposite plane. The collapse occurs
when the component reaches the directly opposite frame. This means the system
collapses into left winding or right winding state. [We will see more about it
when we deal with the formation of matter particle]
This means
absolute systems have in reality 4 paths. The first order of non-equilibrium
reduces the path into three, the second into two and the third to one path in
which it is forced to move. The fact that there is non-equilibrium invariably
means the system we deal with has only three paths the fourth is concealed in
the winding.
The systems we deal with exist in a stable path comprising of two paths and has
an uncertain path shared on either side, with the path in the uncertainty
plane. Thus, the first and fourth paths are transition paths to higher or lower
level.
What this means is that there is qualitative actions before quantum action we witness. When the qualitative quantum action-taking place within, reaches third critical stage the external quantum action is presented to us.
The action here could be expressed as winding or unwinding depending on the direction of the external force. Here it becomes important that we understand different types of winding and unwinding. This in return calls for better understanding of force
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Force
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