1. Anisotropic brief reference to the INDEX
∂c
n
= hDγ
If we have: x
And we call Γ the index anisotropic
Γ=xn When the impeller rotates 90 º
Γ the anisotropic index only depends on the structure of space Drack, before
moving of this anisotropic action on matter, gravity, electric field, magnetic, etc.
We haven’t any of this consideration because it seems to me pretty obvious due to
early consideration that have not touch in the early part of this paper.
The Newtonian system is a methodology for continuous structures of organized
matter with isotropic values n = 1 and also drakiana 1, the impulsors are reduced
to vectors of Euclidean geometry with fixed magnitude, direction and argument,
creating an apparent duality between gravitational and inertial systems, which does
not exist, as can be deduced by reading the first part of this blog.
Just the variation of the direction, magnitude and angle of the vector is called
inertia, which is property of continuous systems.
The problem with the special and general relativity is that aims geometrize the
energy and space with inappropriate methodology and conceptually incorrect.
For example mathematically speaking singularities are merely points at which the
functions are discontinuous have no defined value, ie to pretend that the mass
becomes infinite when approaching the speed of light is not true, what happens
just impulsante force is fixed and tending to the value of the resultant impulse
because:
That is, if no photon or impulse undubbing xn it can not increase the speeds of the
particle even if the energize increase and increase.
Now if we consider a fixed drackian space (black hole) in which the drackian xn
© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com

2. with any energy, to any material with speed impact energy cn, c2, the system will
reactive splitting or driving it out of place in its reactor radio as cosmic rays or
splitting light into different frequencies phonizing as the light is reduce of grade 6º,
in any case the black hole, it is not of gravitational attraction.
These drackian fixed and some of their accompanying systems drackian variable
(nebulae, star, etc.) in which the above systems have gravitational and inertial
centers at same point or in connection with narrow margin, in addition to its
temperature reaches only 0.35 º to 0.5 º K and not vaporize or self-destruct.
If we consider pulsars and similar structures they absorb and emit light and
reacondition, their radios drakianos, ie their masses Drack Ry deal reduced to
minimum energy point in doing this fotonizan light and emit radiation and decrease
the energy but increasing its speed of rotation due to the effect of reducing of
moment of inertial respect to the centers , as and ice ballerina that decrease her
momentum of mass increasing her speed.
In addition we see that the so-called leptons are only masses of protons in which
the charge has been canceled by the anulation of electron inside the nucleous due
to the impedance Drack.
Also the poorly named quarks, charms or strange, are formed under the same
conditions, another time I will address these points in greater detail.
The problem of the misnamed antimatter is nothing more than the rotation of
impulsors that its form in the counterclockwise instead of clockwise, if you
continue in this way you obtain antimatter of the antimatter, ie it is a false concept,
but of course they destroy itself by fotonizan due to the colliding materials because
their drivers are in the opposite direction .
Here is an expression of Drack distribution between electrons and other particles.
The so-called Compton effect is a simple way when the energy of the particles is
© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com

3. greater than the electron it is.
Ee
Ei ∆Eest Cosθ
Ee ó
Ei > Ee ∆Ee Diag x Cos θ
θ
Ei ED
Before the coalition. After the coalition
d ∂CD ∂Ci
hDγ e − nDγ eCosθ = ( n − n )
d γ xD xi
n=1 isotrópico θ angle of dispersions
d CD Ci
Dγ e (1 − Cosθ ) = ( n − )
d γ xD xin
also
Ci Ce Ce C D
= n = n
xin xe n
xe xn
obtain substitute :
Dλeγ in d λD γ D λiγ i
= ( n − n )
xe λiγ i
n
d γ xD xi
and operating on these values, we get differentiating with respecty
D 1
(1 − Cosθ ) = n n (λD − λi )
meci αe xe
D
xen Being orthonormal to xin we get xen xin = 1 , (1 − Cosθ ) = ∆λ
meci
© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com

4. Namely
The difference in wavelength.
Nor is there any need to consider the electrons at rest, or as free as can be seen
depends on the incident energy Ei also no need to relativistic speeds or anything
like that, or the existence of quanta.
If we have to consider free electrons
∂ce ∂cu
= n
xen xu
That is all the energy of the impulsors passes the electron and gives it the speed
C0, as required by the photoelectric effect.
Moreover, if we include the diagram diag x, we obtain high-energy electrons
generate Ei opposite direction and reversed phase, depending only on the spaces
dracks x, x, etc.
But afther what we were is that with the change isotropic n = 1 the anisotropic
n><1 may create exotic matter and energy, ie solid oxygen at high temperature
pulsed magnetic fields power, synthetic fuels, etc. Getting rid of the solids
combustible and oil pollutants, preventing global warming and pollution of the
planet and creating new materials, avoiding the use of nuclear energy and cutting
experenses.
© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com