He in this diagram is seen in detail the wave arrived between the end of
September and the first days of October 94.
Here we are situated of front to a collapse many detailed,
the peak indicated primary into the circle 1it is extremely pointed. While
the secondary peak to contain in the circle 2, it is enough rounded also
if it doesn't seem. The inversion of direction of motion from leaving from
us to approach, it has required a time of only some minutes. You think
to like might a mass of around 1000 billion of solar masses, go by from
a velocity of leaving from us very next to that of the light, (aroun d
200 or 300 meters to the second from the maximum limit), pass to a velocity
of approach now toward of us, of the same order of greatness, in approximately
of 4 or 5 days, you think to which accelerations could be been subjected.
With the actual laws this is not admissible. But I am in this circumstance
like in the preceding circumstances the total time of the phase of collapse
has lasted 6 days. If a hypothetical observer, traveling with the matter
in phase of collapse, he could measure the velocitytha t achieves after
those six days of voyage, he would perceive that he has achieved an apparent
velocity a million of times higher than the velocity of the light. At end
collapse, all the energy accumulated in the collapsed, that you concern
the complete solid arc of 360 degrees, accompanied by one extremely dense
space ether, that collaborates to the collapse, all this energy is sufficient
to perforate the space and to do go out to the outside I am the matter
that a portion of the space that accompanies i t, not doing more WIEW his
effects. For us this enormous mass has disappeared. He won't cause for
the moment and on our universe any phenomenon; he is like if he doesn't
exist more. The final part of the phenomenon has lasted to the maximum
some minute. The energy created by this collapse, if he belongs to the
same family of collapses happened in the preceding months, he should be
from 4 to 5 times better than the first. For see the difference you suffice
calculate the area of a preceding collapse, raise it to square and do the
ratio with this. The areas of the curves raised to square, represent the
respective energies.
Figures 5. He in this diagram could be seen to middle resolution
one of biggest collapses for the observed moment. The wave gravitational
arrived to the sensor, he is very detailed. He could be seen like in the
portion terminal of the first peak, in an only day, the voltage to the
heads of the sensor, I have increased of 1.1 volt. This increment translated
in value of the change of the constant dielectric, he coincides to the
decrease of this of the 20 per cent. Of consequence the veloc ity of the
light is increased of the 20 per cent, that is of 60,000 km/sec. This in
an only day and without perceive us of anything; like if has not happened
nothing. If then the object has set like do you seem to be to approximately
10 billion of years light, will thing have happened in his vicinities,
for example, to thousand years light from the center? Maybe an event of
this kind, also admitting the low interaction between wave gravitational
and matter, locally, certain that the intensity of the wav e rises with
the inverse of the quadrate of the the distance, he maybe will allow the
quasar residue of bloom for quite a lot billion of years, maybe fewer,
I for the moment don't know. I know of sure that his residue still moderately
solid, to begin again to recharge of matter, and according to the rhythm
of accumulation, maybe in future it collapses again. Maybe? How much billion
of years will they need? The age of these objects in accordance with my
calculations, on the average could be of any in h undreds of billion of
years, you suffice observe the scarcity of the phenomenon, and the velocity
of expansion of the universe. Currently the instrument by me built he arrives
at to see these phenomenons. up to the 90 per cent of the radius of the
universe. He would can also see a few more than, but the jitters introduced
by the motions of the space ether, to restrict the resolution of it, the
waves appear much widen, low and then recognizable a little. This phenomenon
will see it with more greater details in the next figure 6.
figure 1.available by file from test01
figure 2.available by file from test02
figure 3.available by file from test03
figure 4.available by file from test04
figure 5.available by file from test05
figure 6.available by file from test06
figure 7.available by file from test07
figure 8.available by file from test08
figure 9.available by file from test09
figure 10.available by file from test10
figure 11.available by file from test11
figure 12.available by file from test12
figure 13.available by file from test13
figure 14.available by file from test14
figure 15.available by file from test15
figure 16.available by file from test16
figure 17.available by file from test17
figure 18.available by file from test18
figure 18b. Discussion file from test18b
figure 19.available by file from test19
figure 0.available by file from Homepage