Pluto Surface pics vs. My
“frozen broth” heat simulation Sub-Page
(note these are very large
high definition pics so be patient as they load … you can download them if you
like)
I created a simulation with a
central heat source and a “frozen broth” that perfectly simulated the
frozen N2 Nitrogen and Methane with water ice environment of Pluto … compare
the live en sitio pics with my center heated experiment … you can see the
surface slowly churning and bringing the shapes and forms found on pluto …
there are 2 heat sources on pluto and at this point it is impossible to tell
which dominates BUT it is clear that pluto has a significant internal heat
source … the other is the Joule heating created by the discharge of the solar
capacitor … the comet tail attracted by the electrical field of pluto (created
by the discharge of the solar capacitor) you can see falling into the planet in
the haze layers that extend far into space in the photo below … now look and
the real pic and scroll down to see my simulated internal heat source experiment
… note that some (not all) of the “craters” are actually bubbles
that surface in the hot rising gasses (remember hot is relative … to us this
would be super cold but relatively there are warm thermal currents that create
the pluto surface we are seeing …
The following pic is my
“frozen broth” experiment photo what do you think ??? does Pluto have
an internal heat source ? of course it does but this certainly does not fite the
picture of a 4.5 billion year old planet …
Charon is Pluto’s largest of
five moons … in the horribly low resolution photo below we see that it is
exactly like pluto on the surface … the two object Charon and Pluto clearly
are forming at this time and from the same process … at the very bottom of
this page i show the early pictures that confirm that my prediction of comet
activity at pluto is causing their ongoing formation … from a distance we see pluto and its 5
known moons to act like comets complete with plasma tails (bottom set of
pics) attracting the material from the nebular ion cloud which lies just to the
outside of pluto
Craters on pluto’s surface
show that this region of the solar system is quite active with bodies … like
asteroids … since these pot holes quickly repair themselves you can see the
active ongoing cratering and repair … also you can see many flow areas where
something liquid carved out a river bed
the “snakeskin”
effect is not understood yet in the surface features but also notice that the
terrain is mountainous … clearly pluto’s surface is an active dynamic surface
islands of ice below another
high resolution pic
Look at the big newer crater
in the left center of the pic … now search the landscape for flows like in the
upper left had corner do you see the valleys and ridge lines ??? do you see
craters filled up and almost unrecognizable … this is a young active planetary
surface
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