THE MECHANICAL UNIVERSE- Chapter 22 Physics of the Universe
Copyright (c) 1998 by Gerald Grushow
Let us now look at the universe from a mechanical perspective. The
universe can be described as a combination of electrical and mechanical
as per ordinary theory, it can also be described in terms of coulombs
only by means of electrical theory. Finally it can be described using
kilograms only by using mechanical theory.
Since kilograms equals coulomb seconds per meter, we can convert
all electrical terms into mechanical terms. The following chart is the
dual of the chart for the conversion from mass to charge in Chapter 4.
Quantity Units
Mass kg
Charge Kg met/ sec
Energy Kg met^2/ sec^2
Coulomb Constant met/Kg
Force Kg met/sec^2
Momentum Kg met/sec
Plank's Constant Kg met^2 / sec
Permeability Sec^2 / kg Met
Permitivity Kg/ met
Voltage Met/sec
Current Kg Met/ sec^2
Impedance Sec/ Kg
Grav.Constant Met^3 / Kg Sec^2
Power Kg Met^2 / sec^3
Flux density Kg / met
Inductance Sec^2 / Kg
Charge / Mass Met / Sec
Capacitance kg
As we look at the conversion chart for the sister solution No. 1
for the conversion of mass to charge we find that capacitance has the
same units as mass. Thus a mass is the equivalent of a capacitor. They
both store energy. Since voltage has the units of meters per second,
we find that mechanical momemtum is the electrical dual of a charged
capacitor. Thus changing the velocity an object is identical with
charging the AC electric gravitational field within the capacitance
of the dots which make up the mass. Of course it is easier to see this
as a charged inductance which is the other half of the circuit. This
corresponds to the change in mass which occurs when we move the
block. Thus both capacitance and inductance represent what happend in
the block of wood which moves.
Of particular importance is the mechanical definition of charge.
Charge is kilogram meters per second. Thus it is a momentum. Yet we
do not see charge as a dot moving along a path. We see charge as a
stationary point which does not move. Thus charge is a spherical
oscillation momemtum. This means that the charge is oscillating with
respect to time.
The normalization equation used in this text was:
4 pi Q Tu = 1* (21-1)
where 1* has the units of coulomb seconds. Since in the mechanical
world, charge is an oscillating momemtum, it is a torque frequency.
Equation 21-1 then says that the torque of the universe is invariant
over the entire time of the universe.
When we look at current we see that it is the rate of change
of the spherical momentum. Thus the current flow of the universe
indicates a loss of momentum with time.
The charge per mass in meters per second appears to be
wavelength over the time period. As the universe expands the wavelength
increases and the time period increases also so Q/M remains constant.
As we look at this chart, we see that another solution is
possible. The book up till now showed the exponential solution, it
also showed the exponential sinusoid solution. From a mechanical
perspective we see that a pure sineusoid is also possible.
The oscillating charge Q which represents the oscillation of the
outer sphere of the universe at radius Ru, oscillates at an extremely
slow rate. This causes the dot voltage to appear constant. It gives
the appearance of a DC circuit while the little AC charge Q* gives us
mass and inertia. As time progresses the universe follows a pure sine
wave and a point is reached where the universe nulls out when the
sine wave crosses zero. Thus the universe cycles from no mass and
no charge to the production of charges and masses and atoms. This
being a very gradual slow effect. It is an interesting possibility.
The author prefers the exponential sinusoid solution but a
sine wave is merely another exponential with an (i) factor such that
i^2 = -1.
Let us now briefly look at the world of subatomic particles. The
physicist have been producing and isolating a wide variety of particles
and subparticles. Some appear in nature, some are man made. The
compression of the universe produces neutrons. It appears that it produces
protons and electrons of equal energy level and that one wins the center
spot and the other loses energy by radiation until it is the weak electron.
Throughout the universe we will have galaxies with protons and
antiprotons and a whole assortment of phase angles such that galaxies
and antigalaxies coexist without problem because their phase angles
are 90 degrees apart and they will not harm each other.
If we look at the entire mechanical spectrum we find that we
can view the charge Q as a sinewave. The charge Q* is a small amplitude
higher frequency sine wave incorporated within Q. These are only two
frequencies. It is unlikely that only two frequencies exist for the
series. Thus there is an entire spectrum of frequencies within the charge
Q.The gravitational field only is one out of a whole series.
To make matters more complicated, the other universes which
coexist with us share the same outer edge at radius Ru. This causes
oscillations of the outer shell of the universe of an infinite series.
Although we have little interference between us and the other universes,
we certainly will feel the effects of the totality of the other
universes operating upon our common outer radius.
Thus a series of frequencies will cause the dots of our existence
to produce a nearly infinite series of things. Our eyes and instruments
and bodies filter out the other universes and filter out most of the
harmonics within the charge Q. If we took the gravitational oscillation
as the highest frequency we could say that everything else was a harmonic
of this. That would interrelate things. If this was not the case then
we get a spectrum of unrelated things. There could be any kind of series
within the oscillation of the charge Q. People could spend a lifetime
just isolating one particular frequency of a huge series.
Einstein came up with some nice simple equations which describe
what is happening. It is merely a describing function. The truth is that
the mechanical world contains a spectrum of frequencies and light speeds.
In addition noise exists everywhere. In spite of this mankind tries his
best to simplify the magical world of dots into things we can see and
comprehend. The author hopes that his effort will bring mankind a little
more understanding of the total complexity of the universe.gg