The author wishes
to address the thinker who is not satisfied with past and present
explanations about the structure of the Universe and the nature of
forces of interaction between material bodies.
These 50 pages
present a new theory in attempting to convince generally educated
reader that between basic material formations on galactic and subatomic
level there might exist in the nature the qualitative similarity in
structure and forces of interactions.
It is believed
that world of stellar formations are held together by gravitational
attraction. However, the Microworld are builds up due to electromagnetic
and internal weak and strong (nuclear) forces.
The tremendous
difference between the forces of gravitational attraction and electromagnetic
continues to puzzle both the physicist and philosopher. Gravitational
forces appear to be from 1035 to 1043 times
weaker than electromagnetic and nuclear (strong) forces respectively.
So, it can be assumed that gravity practically plays no direct role
in the Microworld.
This manuscript
does not attempt to discover any new force or field of interaction,
but shows that known interactions on an atomic and galactic scale
appear to us incompatible because of the subjectivity of our analysis
and measurement.
Such concepts
as fast and slow, long and short, large and small, strong and weak
are meaningless without a frame of reference.
All properties
of material objects (weight, density, solidity, etc) as well as the
magnitude of the forces of interaction between material bodies are
relative conceptions and depend on spatial dimensions and density
of the observer.
The acceleration,
force, and so forth, would effect creatures that are different in
size at different degree.
Creature that
are smaller than we are in linear dimensions by a factor of 100 like
some insects, for example, have a different body structure from ours
and the force of gravity affect it 100 weaker than we think.
Utilizing lows
of similarity mechanics we can recall that the smaller geometrical
similar model of a projected structure, if it were made of the same
material as the prototype, should be tested with a load exceeding
the weight of its parts by as many times as the model is smaller in
linear dimensions than the design prototype.
We can maintain
the same degree of similarity between the model being tested and the
designed structure if the geometrical similar prototype were made
of material as many times lower in density than the material of the
model as many times the model is smaller in linear dimensions than
the design structure.
Theoretically,
if we set out , to build the structure that is geometrical similar
to the nucleus of, say, a hydrogen atom, but bigger in linear dimensions
by a factor of 1035 (representing the difference in size
of our galaxy and the nucleus of an atom), we should foresee that
the density of this projected structure well be lower than the density
of the nucleus of the hydrogen atom by the same order of magnitude
1035).
What actually
Creator of Universe has accomplish in divine construction of the Microcosm
as a miniature version of the Astrocosm.
Stars are the
material of which more complex Astro-phormations are composed
and they are emitting electromagnetic radiation. Imaging that Microstars
make up the elementary particles and these hypothetical Microstars
are emitting Micro-Electromagnetic radiation.
Similar to how
the light freely propagate across the space through galaxies the macrobodies,
planets and stars are almost transparent for this cosmic vibration
of Microstars. Certain part of the Micro-impulses are
absorbed by their masses, and gravitational potential build’s up around
each macrobody.
We ourselves are
exposed to radiation pressure but there is less of it coming from
the Earth, since a part of that pressure is absorbed by the terrestrial
mass. So, any type of attraction is a function of repulsion.
For any system
from galactic scale to microscale the force of interaction
can be defined as a product of the mass and acceleration.
But, when we apply
the Newton’s equation (which include the Gravitation Constant) to
find the magnitude of the force of interaction in the Microworld,
we have absolutely different result (in 1039 times lower)
in comparison with the results of calculation by using the other formulas.
The Gravitational
Constant (G) is a scale dependent (dimensional) constant, otherwise
we would not obtain the dimensions of force in Newton’s law. We see
that the value of (G) is the reverse product of the density
of interacting system and squared period of time to accomplish one
cycle of rotation of this structure around the center of the mass.
The value of (G)
is equal to 6.67 x 10-11 (meters)3 / (kilograms)
x (seconds)2 and is a Constant for the Macroworld.
However, in the Microworld the value of this Constant is by
39 orders of magnitude or by 39 "power" of 10 bigger than
in the Macroworld.
With a new value
of (G’), the magnitude of the forces of attractions on the
microscale
will be compare
with strong or nuclear forces.
Besides, in dealing
with Macroworld we are usually operation with such concepts
as a mass, length, time, force, energy and so on. When we deal with
Microworld we apply such additional concepts as a charge,
current, voltage, inductance, capacitance, resistance.
Because from
our human time scale we can reflect only a negligible part of an action
on the Astroscale and can not register consistent evolution
of swift processes in the Microworld we are artificially dividing
similar type of interaction only by naming them differently and measuring
them with different units of value.
Converting the
electrical units into the system of basic units, the quantity of matter
that takes part in the process (or the mass in kilograms), the region
of space that is involved in the process (in meters) and the time
that it takes (in seconds), the interactions from galactic to atomic
scale might be calculated using the same formulas.
The tremendous
difference in the magnitude of forces might be comprehensible to us
as different in size, density and frequency phenomenon, but not be
considered as an evidence that the Microworld has a different
essence in structure and forces of interactions.
Since we have
so far failed in finding the limits on either a large or small scale,
let us imagine that there exists intelligent observers consisting
of interconnected galaxies just as our own tissue consist of atoms
and molecules.
The density of
their tissue will be in the same order of magnitude as the density
of the Galactic Universe. In the other words, their density will be
less then density of our human tissue by the same order of the magnitude
as the density of the galaxy is less than the density of the nuclei
of an atom, for example.
To accomplish
such an action as one heartbeat will require an eternity in our scale
of time.
They, possibly,
would not be able to detect stars and even galaxies that are not engaged
in some sort of galactic formation and will therefore perceive our
stellar and Galactic Universe as a vacuum.
In analyzing
the speed and forces on our Astroworld (the Microworld
for them) , using their own action as a frame of reference, their
consciousness may interpret the fantastic speed of rotation, interaction,
decay and synthesis of galactic formations. Their conceptions about
energy, spectrum and pattern of waves caused by interactions between
the stellar formations-charges may be similar to our understanding
of strong, week forces and electromagnetism.
We see that sky
allows us to read some information about the material world that we
can not detect in the Microworld. This is similar to how holographic
magnification allows us to see a thre-dimensional image of information
stored by microscopic interference patterns of fringes in the emulsion
of a photographic plate.
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