The ABSOLUTE SPEED referred to bodies and waves.wmv
Channel: Romano Amodeo
Date: 01/06/2011

Corpuscles and waves in the Deductive Analysis, starting from the unitary 
models
Here I'll show to you in what a way a body of matter can be transformed in a 
wave, and this to can establish the possible general relations between 
every corpuscle and every wave.
If we start from the unit of the space, in water at 4°C, we have 1000 kg, 
that are amassed in 6 centripetal Cartesian components, 3 are going back in 
the time dimension and 3 are advancing as +1, in x, y, z.
We have simultaneously 10^3 dm^3 as matter and Log 10^3 dm^3 of 
antimatter. The interaction matter-antimatter is (10^3) (Log 10^3) = 3 
(10^3 dm^3) = 3 m^3. Since this presence exists in 1 second, the 
"absolute speed of the existence" is 1 m^2 that is advancing in 3 m s^-1 of 
speed.
Now, if we consider the area of 1 m^2 reduced 10^8 times, and that this 
mass of the unitary volume must pass always in 1 second, this volume is compelled to an 
increase of the velocity, in way that those 3 m s^-1 become 3 (10^8) m s^-1, 
since the section of the real flow is 10^8 times reduced. In this 
situation 1 m^3 of the mass in form of body is become the ABSOLUTE SPEED 
which realizes 1 m^3 of presence, because its area is 1 m^2 divided by 
10^8 times.
What is the dimension of this atomic area? We can make the calculation. 
m^2 : 10^8 = m^2 10^-8 = (m 10^-4) (m 10^-4) = (Å 10^6) (Å 10^6) = Å^2 
10^12.
In this way, when we have 1 mm/10 as the side of the section, 
its ABSOLUTE SPEED is 3 (10^8) m s^-1 if (mm/10)^2 is the section of 1 
meter cubed of Electromagnetism that is advancing as a wave, with a real front equal to 
the unit of the light intensity.
Naturally we have real bodies having already those small sizes and that, being not in absolute movement, are 
in the condition of real matter.
10^12 Ångstrom squared is the size of the Candela (unit of the light intensity) when 540 
(10^12) cycles every second (or Hertz) are expanded by 10^12 Ångstrom squared