1) Black holes are simple resonant systems where the reactor radius has not evolved into fotonization, keeping them fixed black hole structures. 2) The primary resonant radius of black holes is approximately 5.9615x1011 km. 3) Small differences in the temperature Ta above the critical temperature Tc of 0.55032032436 K can cause black holes to evolve into variable structures and changes in their shrinkage fossil energy structure.

1. DRAKIANA FIXED STRUCTURE (BLACK HOLES)
Before describing the structure of fixed drakiana (black
holes), a small consideration of common order, if we have any
structure revolving around its center of gravity and another
turning around in the opposite direction, appear to both that
they are turning away at breakneck speeds in relation to each
other simulating an expansion which is not true since any of
them may be withdrawing to its center of gravity to which it
belongs the system.
Drakiana fixed structures are simple resonant systems in wich
reactor radius haven not evolve fotonizian, becoming drakiana
variable systems.
As was mentioned above the primary resonant radius is
approximately
Drp= 5.9615x1011 km.
With a critical temperature Tc in these 0.55032032436 order
of K is close to absolute zero, to evolve to variable
drakiana systems in which
Ta >> Tc
Small differences of Ta give a origin To variations in the
structure shrinkage fossil energy.
The entropy remains constant and is due to the drakiana
fotonitacion with determines the isotropic fixed drakiana 1,2,3
orders as stated in the above table, there is no evaporation or
anything similar as some well-known physicists estates.
To set the ta should know the current going drakiana shaper,
photon density and its rate of reduction, which will leave for
another occasion, due that it have to be refered to specific
structures

2. The ie 0 dividers are in center of the fixed drakiana structures
in which ∑ft = 00 equilibrium by creating an ideal Euclidean
center giving the low photon density within this Re, which is why
the refered may emit x and gamma ray at high frequency range in a
pulse with a time-dependent emission dependency of the Entropy of
the system, while in the outer part of Rr form high-energy cosmic
rays, the structure remained undetectable because do no fotoned
drakian, but the x and game rays and the cosmics rays can be seen.
When they begin to vary its density and its conjugate center
begins to very to transform to variable drakiana structures.
See Internet Fermi discovery of two bobble ox, gamma rays and
cosmic particles in the center of our galaxy.