ESP and type 1,2,3 technology
by H e n r y k S z u n b i n s k i
The facts of thought language developments into intelligent language expression on various types of planets. This factor of thought learning of early man on many systems is the basis for evolution. The basic theory shows how crystals exist in the early geological states of early planet developments and the ejected crystal mass totals that end up in space and makes communication possible in other languages.
The Inertials are included in the computation so that
Inertia 4 (c to the 4) .(m4)= m/10 .(360 /4)
4096 Icm=m/10 . 90
455.11 Icm = m
1/455.11 =Ic
0,00219726616 = I.c.
the basic inertial of light is
0,002 = I c
as 0,002 m to-2 per second to -1
or as fraction of the speed of light.
light travels
299792458 meters per second so that's
0,002 x 299792458 =
658723,823 m(sec) = I c
the vector close to 660 kilometers or 660 000 meters is related to the Earths transition zone which places the theory of the slide off of the crystal to the length into the Earths mantel . Curvature of the transition point would make sense as the point where light is active with Inertia. You can see for yourself that the crystal section exists in the transition zone.
The inertial calculation could be used for Inertial spaceships.
As shown in the illustration, the types of planet spectra may be any colour from blue to green, yellow and more but not red (that's red shifted) while the shapes may be any geometrical formation not including the circular (that would wobble too much).
data from Wikipedia
The transition zone is part of the Earth’s mantle, and is located between the lower mantle and the upper mantle, between a depth of 410 and 660 km (250 to 400 miles). The Earth’s mantle, including the transition zone, consists primarily of peridotite, an ultramafic igneous rock.
The mantle was divided into the upper mantle, transition zone, and lower mantle as a result of sudden seismic-velocity discontinuities at depths of 410 and 660 km (250 to 400 miles). This is thought to occur as a result of rearrangement of atoms in olivine (which constitutes a large portion of peridotite) at a depth of 410 km, to form a denser crystal structure as a result of the increase in pressure with increasing depth. Below a depth of 660 km, evidence suggests that atoms rearrange yet again to form an even denser crystal structure. This can be seen using body waves from earthquakes, which are converted, reflected or refracted at the boundary, and predicted from mineral physics, as the phase changes are temperature and density-dependent and hence depth dependent.
This is the most complex discontinuity seen. It appears in PP precursors (a wave which reflects off the discontinuity once) only in certain regions but is always apparent in SS precursors. It is seen as single and double reflections in receiver functions for P to S conversions over a broad range of depths (640 - 720 km, or 397 - 447 miles). The Clapeyron slope predicts a deeper discontinuity in cold regions and a shallower discontinuity in hot regions.[1]
conclusion: The basic facts that there are 2 layers in the transit zone that are cold and hot, would imply that when Earth was geologically active and the lava flowed upwards through vulcanoes , both hot and cold lava was ejected. Meaning that the lava was combination of both. This would mean that when it cooled it would have been transparent, just like crystal. It would be these giant crystal formations that would be ejected out into space by Earths tilt.
The transition zone is part of the Earth’s mantle, and is located between the lower mantle and the upper mantle, between a depth of 410 and 660 km (250 to 400 miles). The Earth’s mantle, including the transition zone, consists primarily of peridotite, an ultramafic igneous rock.
The mantle was divided into the upper mantle, transition zone, and lower mantle as a result of sudden seismic-velocity discontinuities at depths of 410 and 660 km (250 to 400 miles). This is thought to occur as a result of rearrangement of atoms in olivine (which constitutes a large portion of peridotite) at a depth of 410 km, to form a denser crystal structure as a result of the increase in pressure with increasing depth. Below a depth of 660 km, evidence suggests that atoms rearrange yet again to form an even denser crystal structure. This can be seen using body waves from earthquakes, which are converted, reflected or refracted at the boundary, and predicted from mineral physics, as the phase changes are temperature and density-dependent and hence depth dependent.
This is the most complex discontinuity seen. It appears in PP precursors (a wave which reflects off the discontinuity once) only in certain regions but is always apparent in SS precursors. It is seen as single and double reflections in receiver functions for P to S conversions over a broad range of depths (640 - 720 km, or 397 - 447 miles). The Clapeyron slope predicts a deeper discontinuity in cold regions and a shallower discontinuity in hot regions.[1]
conclusion: The basic facts that there are 2 layers in the transit zone that are cold and hot, would imply that when Earth was geologically active and the lava flowed upwards through vulcanoes , both hot and cold lava was ejected. Meaning that the lava was combination of both. This would mean that when it cooled it would have been transparent, just like crystal. It would be these giant crystal formations that would be ejected out into space by Earths tilt.