The
Jupiter Omelet
The red stain from Jupiter, has the image of a (fried) egg.
Is the red stain an embryo?
Is Jupiter reproducing itself?
The planet of Jupiter is considered a small star.
There are some similarities, related to the phenomenon on their surfaces.
As such, storms are violent on sun, and on Jupiter they are "more
detailed".
And on earth, storms with swirls develop.
The explanation for such storms by interpretation of the vectorial space
is supported by logic.
The swirl represents centripetal vectorial interactions, from nucleons
to galaxies.
In Jupiter's atmosphere, strong ionized by its centripetal interaction
(gravity),
the electrical unloading include large expanses, centripetal interactions.
The already ionized gas feed them, such interactions quickly growing as
size and rotation speed.
The growth of the rotation speed intensifies centripetal acceleration
(electric and magnetic field),
pressure increases and compresses the gas swirl to smaller sizes.
Therefore, an autonomous object is made, a "living" baby
which is to interact as such with the dynamics of its mother planet.
The possible time evolution of this baby of star is interesting.
If static, the baby object, the gas package, would be pushed to the center
of the planet.
The gas package is "alive" and with its own forces growing,
interacts with the surface of the planet, like a sodium berry on water
surface.
Accelerated planet meteorites also accelerate the rotation of the star
baby.
These are the conditions of detachment from the surface of the planet.
The interaction of the gas package with the substance of the planet rings
modifies its dynamics.
"The Meteor Showers" from the ring cloud, aligns the rotation
plan to the planet
and produces centrifugal force (by the effect of planetary Magnus).
Magnus effect shows that "gravitation" as well has rejection
forces. The universe respect the rule of Ampere!
This is a possible explanation of the formation and operation process
of stars, planets and comets.
Logically, a comet keeps information on the composition of the atmosphere
it was made of and detached from.
The comet with its impressing variation of the size, the phenomenon contraction
/ expansion,
optically describes pressure of solar vectorial interaction where
it emerges.
By the same contraction / expansion, the spectral displacement optically
describes centripetal vectorial acceleration.
And together, they explain the accumulation of energy to the centre.
