How can an Industrial Revolution be raised?
During the period of several centuries ago, the Human
discovered some of the constant natural numbers such as Pi, e, G and so on that
each one of them had the influence on development of the world. In fact, the
constant numbers were the origin of the Universal laws as the constant points
for instance; the Newton’s law of universal gravitation was inferred from “G”
(Universal Constant). Therefore, the answer to above question is to find out
the constant numbers in which they give us the vita, the life, the energy and
Dynamic. For example, please consider the sun and other stars which are the
constant points and give us the dynamic. Another example is about someone who
stays in the job or the location for several years (the constant) and gain the
great credit to launch new business and dynamic. In the financial
analysis, if we find any accurate constant data other than the abruption data
as our assumption, we can expand a new dynamical idea by using of the cause –
effect system and measure the impact of the constant data by a Balance
Scorecard framework. These are the constant points.
Now, the question is about the total impact of a
constant number. It depends on the period of the sustainability and the
stability time for constant data. For instance, if the data or number is the
constant only for several years, definitely the total influence of data on the
systems dynamic is limited. Of course, the debate can be very challenging
because we assume that all data or numbers are the stable on the period of
limited time. Actually, there is not any constant natural numbers but we have
the boundaries for them such as “e” and diagram of y = 1 / x
The process of dynamic for a constant natural number
or point can be started by a wave then we will have high frequency wave and
after a resonance, probably it will go toward a very, very high frequency wave
and finally we will not have any wave but it is a perpendicular line on the
time axis just like to a spark. This area is the same boundaries because the
properties of the points on the line are variable.
It means if we discover a constant natural number or
point, we can generate a dynamic system or we can say the behind of any dynamic
system, we have the constant number or point. A constant natural number or
point can be a new idea or a new strategy in which the engineers or strategists
can use them to produce a new dynamic system.
According to above mentioned, I stated two statuses:
1) The starting point by using of the constant number 2) The ending line (reach
to boundaries)
Third status is very important and it is to move on
the boundaries. Even though the movement on the boundaries is very risky and
dangerous, it can be gained to the change into a new system in which we have
again a starting point and the huge new opportunities.
Let me bring you three examples as follows:
-Please consider you are driving on highway. How can
you go on speed line? Firstly you should reach on the boundary of the speed
line then you should move on the boundary finally you will enter on speed line
(new system)
-In the climate change, firstly the clouds are moving
toward the boundary then we will have a spark because of the cloud’s movement
on the boundary finally we will have a climate change or new climatology system
(rainy weather).
-In puzzle game, assume you have several choices
(locations) for a puzzle. Please close your eyes and go on the boundary of the puzzle
by your finger then move on the boundary. Finally you will discover which
location is the matched to your puzzle.
In the result, let us review again all three statuses
as follows:
1) The starting point by using of the constant number:
The good example is Newton’s laws of Motion. In this case, we can see a new
idea or the constant point had been generated by cross –section of Art (Leonardo da Vinci
1452-1519), Philosophy (Newton 1642–1727) in which the case had
been changed to the most important Universal law in the world.
2) The ending line (reach to boundaries) or reaching
to the critical point: The good example is the relative theory by Albert Einstein
in which the base of this theory is to assume the boundary for the light’s velocity
(V = c). In this case, we cannot still move on the boundaries equal to the light’s
velocity. Therefore, we are limited the applications and gains only by using of
the boundaries conditions because we do not still know all real dimensions on
this space. It is why we have so many models of quantum mechanics in the world.
Sometimes we have to find new or free boundaries and utilize from the Scenario
analysis and Simulation method to solve the problem. For instance, in the Steam
Generators (Boilers), we can only design a boundary for pressure and
temperature during the period of the time by using of Simulation method. Have
you ever seen a Boiler with pressure capacity 20,000 Bar?
3) The movement
on the boundaries: ……………
Perhaps, the best way is to generate new constant
number and to obtain the applications of it in the real life. It means to
return back to Status (1).
