Planet X observed in the sky from Toronto Canada
874. Planet X observed
in the sky from Toronto Canada
Dr. Claudia Albers,
Planet X Researcher
Figure 1 below shows a strange
cloud cover in the sky, which produces a split sky, where one part is blue and
the other is covered in a sparse layer of clouds. However, the boundary between
the two parts is not a straight line and it is thus a natural boundary. These
clouds have also been observed before, attached to the surface of the large
Planet X objects that are coming to the earth and are penetrating into the
earth’s atmosphere. These objects are central cores, they do not need to make
physical connections with the surface of the earth, to absorb energy from the
earth’s core, and only appear at very high altitudes, i.e. they do not
penetrate to as low an altitude as the smaller satellite cores (see Article
871: Huge Planet X objects penetrating into the earth’s atmosphere: pink clouds)
[1].
Figure 1. The sky over Toronto is covered in a thin layer of cloud,
which look like small pieces of cotton wool, i.e. patchy. These clouds are
associated with the presence of Planet X central Stellar Cores (SCs) in the sky (Source: Scott Swartz – thank you).
Figure 2. A
similar looking sky from a MRMBB333 video (see Article 871: Huge Planet X
objects penetrating into the earth’s atmosphere: pink clouds) [1].
Figure 3. These
central SCs were first identified because the surface is often convex and thus
not a break in the clouds but a solid surface which is emitting blue light. The
clouds, in this case, are also emitting light because the central SC has absorbed
enough radiation to be able to transfer enough to its cloud envelope, for it to
start emitting light. Notice that the cloud envelope is in the same patchy form
as the one in figure 1 (see Article 824: Huge Planet X objects at high
altitude) [2].
Figure 4. The
same patchy cloud but not emitting pink light yet, because the core has not
absorbed enough energy yet, indicated by the darker blue light which it emits.
These objects are at very high altitude and a small part of their surfaces fill
the sky, so they are very large, at least as large as the earth and some may be
much larger than the earth.
Figure 5. Screenshot from a MRMB333 video, showing a heart-shaped patch of sky, which is emitting bright light in a pinkish tone. The heart shape
is very similar to the heart shape seen on the right-hand side of figure 3,
which suggests that this may be the same object or another with a similar heart-shaped connection point and that eventually, the objects emit very bright light
from their connection or ejection points. The objects will also emit deadly
high energy radiation (see Article 860: Planet X radiation cataclysm and
Fukushima) [3]. The increase in brightness suggests that the objects remain
with the earth for quite some time, whilst progressively increasing their
energy.
The larger Planet X SCs are also
likely to provoke earthquakes and volcanic eruptions, but this would only
happen then once they have absorbed a good deal of energy from the earth, as
earthquakes and volcanic eruptions are plasma ejections, associated with a sharp
and sudden outward movement of the earth’s gravitational or magnetic field,
which would be likely to eject the objects from the earth’s atmosphere. If this
were to occur the moment they arrived, then they would not remain with the
earth for a long period of time slowly absorbing energy and getting brighter.
In conclusion, extremely large
Planet X objects, which seem to be central SCs to the Planet X SC systems are
coming into the Solar System, to absorb energy from the Sun’s core system, and are
penetrating the earth’s atmosphere, and thus absorbing energy, and eventually emitting
very bright light; and most likely deadly radiation. These objects are likely
to provoke earthquakes and volcanic eruptions but would then only do so, once
they have spent some time, possibly several weeks, absorbing energy from the
earth’s core system.
References:
[1] Albers, C.
(2019). Article 871: Huge Planet X objects penetrating into the earth’s
atmosphere: pink clouds.
[2] Albers, C.
(2019). Article 824: Huge Planet X objects at high altitude.
[3] Albers, C.
(2019). Article 860: Planet X radiation cataclysm and Fukushima.