Colonization of Ceres by a Breakaway Civilization?

 

Ceres-1

Dwarf planet Ceres

Posting by P. LaViolette
March 7, 2015; See April 24th/25th update at end of posting.

Also see related posting on this site at: http://etheric.com/new-photos-from-dawn-spacecraft-show-suburb-bright-spots-appearing-on-ceres/

When NASA's Dawn ion propulsion spacecraft approached Ceres and began relaying back photos clearer than any seen to date, astronomers were surprised to find two bright spots within a crater on its surface.  The suggested explanation is that these spots are either surface ice or a whitish salt deposit.  So they are anxious to have a closer look when Ceres makes its close encounter in a few weeks and begins taking close up photos of its surface.

Here are some media links about this:

• http://www.nasa.gov/press/2015/march/nasa-spacecraft-becomes-first-to-orbit-a-dwarf-planet/#.VPpWk0uXJlI

• http://www.wired.com/2015/03/nasa-probe-finally-arrives-icy-alien-world/

• http://www.washingtonpost.com/news/speaking-of-science/wp/2015/03/06/nasa-confirms-dawns-historic-arrival-at-ceres-one-of-the-solar-systems-last-unexplored-planets/

• Video showing the planet rotating: http://www.bbc.com/news/science-environment-31754586

I don't buy the given explanations for several reasons.

• First, the spots are brighter than the illumination of the day side.  Ice or salt would not do this.  This might be possible in the above photo if there were surfaces oriented at 45° angle to the Sun reflecting sunlight toward the spacecraft.  But look at the next photo below.  The spots stay illuminated even at sunset.  If it were ice, sunlight should be reflecting at low angle from the surface; not toward the spacecraft.  Now look at the photo below that where Ceres has rotated a bit more.  The spots are at the terminator shadow and still illuminated.  Now check out the image below that.  The spots are now on the night side of the terminator and we still see them illuminated.  They are not as bright as in the first photo because now we are seeing them at a low angle.  Light reflecting off of ice or salt does not do this.

Ceres-2

Ceres-3

Ceres-4

• Second, if this is natural it is strange that two bright spots would be found in the same crater.  It is also unusual that one would be in the crater's center and the second would be displaced from the first in a direction parallel to the planet's equator.  City planners do this sort of thing, not Nature.

So it is not surprising that some believe this to be evidence of civilization; e.g., see:
http://www.ufosightingsdaily.com/2015/02/dwarf-moon-with-electric-white-lights.html.

Given that Ceres is 950 km in diameter, these luminous spots appear to be about 10 to 15 km in diameter.  This is about the size of a city and cities are normally illuminated.  Ceres would be an ideal place for a spaceport base whether it be an alien civilization or built by a breakaway terrestrial civilization.  Since Ceres rotates once every 9 hours, perhaps its residents feel that it makes sense to keep their city illuminated throughout Ceres' rotation cycle rather than turning its lights on and off.  Besides at 2.77 AU from the Sun, even at mid day, Ceres surface would be receiving an illumination of only 13% of what the Earth receives, hence about what we earthlings would be getting at dusk.

So in the coming weeks I predict that one of the following will come to pass:
a) There is a civilization there and their existence will not want to be known by Earth media.  So they will disable the spacecraft.  Namely it will cease transmitting signals to Earth before it goes into a close orbit.
b) The shadow government will not want the existence of this deep space base known; so they will cause NASA to stop the visual feed and claim some problem occurred with the spacecraft.
c) The shadow government will decide this is a good time for disclosure and will level with everyone that this is one of our space bases, that we have been doing interplanetary space travel for decades with advanced propulsion technologies not used by NASA; or in the case that this is an alien ET base, they will decide this is a good time as any to disclose about the alien presence on Earth and in our solar system.
d) The camera shots being shown are not showing just visible light but also infrared light and there is some peculiar feature of the surface that allows it to strongly radiate infrared radiation.  But this does not explain the geometric alignment of the "bright spots".

Personally, I feel that either (a) or (b) will happen.  I don't want to be pessimistic, but this sort of thing has happened before; e.g., with the Russian spacecraft that got disabled by a laser beam during its approach to the monolith on Mars' moon Phobos.

So let's wait and see.  This may turn out to be another Malaysian airlines scenario.

 

April 24th/25th update:

New images of Ceres released April 14th show somewhat better detail; see below.  The spot at the rim of the crater now appears to consist of two spots one of which is triangular!  The plot appears to thicken.  Also the following link was provided by Mai who posted it in the comments section to the FRB ET post:

http://www.digitaljournal.com/science/mystery-of-light-spots-on-dwarf-planet-ceres-deepens/article/430731

This reports that researchers are troubled about the fact that the central bright apart actually looks cooler in infrared images and that the bright spots near the crater rim do not show up at all in infrared.  Perhaps if these are space bases they make use of LED lighting which emits very little in the IR spectral region?

Images below were taken in April 2015 at a distance of 22,000 kilometers:

Magnification of the right side of the Ceres image shown below.

Magnification of the right side of the Ceres image shown below.

Ceres4

Successive shots showing Ceres in rotation.  Refresh page to watch rotation.

Successive shots showing Ceres in rotation.  Click image to watch rotation.

On Thursday (April 23rd) the Dawn spacecraft settled into an orbit 13,500 km above the surface of Ceres.  According to China.org, the next day (April 24th) Dawn resumed its normal operating mode after a brief "communication glitch" with earth.  Beginning on Thursday (April 29th), Dawn is expected to spend approximately three weeks in a nearly circular orbit. During this time it hopes to acquire more than 2,500 images of Ceres. Then on May 9, it will descend to lower orbits to improve the view and provide higher-resolution observations.  So we will have to wait and see what further images are released of the bright spots, or whether there will be further communication glitches.

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