the Flaw in Einstein's Relativity Theory was Discovered
Vlasak spent two years studying Planck's original quantum theory and wrote
a book on his studies: "Planck's Columbia Lectures".
In Chapter Eight, "General Dynamics. Principle of Relativity",
Planck discussed Einstein's theory of relativity. In the discussion of space-time,
the system of reference is x, y, z, t for one observer of
electromagnetic radiation, while these coordinates change to x', y',
z', t' for another observer at another location. The basic assumption
is that the electromagnetic wave travels out as a spherical wave
for both observers at the save velocity. This is a flawed assumption!
transformation of coordinates for the spherical wave seen by the two observers
+ y^2 + z^2) - c^2
t^2 = 0
+ y'^2 + z^2) - c^2
t'^2 = 0.
Lorentz equations of transformation describe the change in dimensions of
the variable in the wave equation, as based on these fundamental equations.
novel Minkowski interpretation of these equations in this four-dimension
space-time correspond to a "rotation through the imaginary angle iv/c",
which was interpreted as a space-time compression.
has been shown, through direct measurement, that electromagnetic radiation
is not spherical and that these electromagnetic waves exhibit spatial compression
(see the technical paper "A Different
Picture of Radiation",Antennas and Propagation Society International
Symposium 2003). The radiating wave angle is
= 2 pi f x (t - r/c).
set the bracket term to zero,
is equivalent to the above Minkowski equations of transformation.
However, this is only exact at one radius angle of transmission. Observing
the characteristics of the radiation wave angle, theta, we see that it is
not space-time that is curved. It is the electromagnetic radiating wave
that compresses as it whirls through space.
research has been continued in the following years, resulting in two more
of the most basic scientific problems of physics having now been solved.
A new electromagnetic model of the atom that is based on these principles
is described in the author's latest book
Birth of an Atom published in 2010.
book illustrates how a proton and an electron unite to create an atom. You
will see how the electron avoids crashing into the proton!