Planetary Expansion and Condensing Cycle

“Super-Continents”

The misconception of “super-continents” is based off the assumption there has always been seafloor crust that is constantly being recycled for billions of years. In reality the various super-continents were nothing more than a representation of global expansion and condensing cycles throughout earth’s formation.

 

Half Billion Year Pattern

[- = condense] [+ = expand] [x = multiply by previous diameter]

Io -1.18x Europa +1.7x Ganymede -1.09x Callisto +1.07x Titan -1.9x Triton +2.5x Mars +1.87x Earth -1.05x Venus -2.48x Mercury

 

Super-Continent Evidence:
[1=bya]

Stable crust in place by 4.4 (Beginning of Io)

Vaalbara
Began 3.6 (Europa) —-Expand—–> Completed 3.1 (Ganymede) —-Condense—–> Broke up 2.5 (Callisto to Titan) Expands

Kenorland
Began 2.7 [Core origin 3.1] (Ganymede to Callisto) —-Condense—–> Broke up 2.48 to 2.1 (Callisto to Titan) Expands

Nuna
Began 2.1 (Titan) —-Condense—–> Completed 1.8 (Titan to Triton) ——-> Broke up 1.5 (Triton orbital transition) Expands

Rodinia
Began 2 (Titan) —-Condense—–> Completed 1.1 (Triton) ——> Broke up 750mya (Triton to Mars) Expands

Pannotia
Began 750mya (Triton to Mars) —-Condense—–> Completed 600mya (Mars) —-Expand—–> Broke up 540mya (Mars to Earth) Expands

Pangaea
—-Condense—–> Completed 300mya (Mars/Earth) —-Expand—–> Broke up 200mya (Earth) —-Sea Floor Spreads—–> Present Earth

 

Evident Expand/Condense Cycle

“It’s not clear yet why the storm is shrinking, but after 300 years of hanging in there, the spot is in no danger of disappearing anytime soon, Asay-Davis said. It continues to kick up winds that routinely exceed 300 mph.


“We find that the Red Spot has been shrinking but not slowing down,” Asay-Davis told SPACE.com.


There is a balance of energy flowing in and out of the storm, either as it mixes with the surrounding atmosphere, consumes smaller storms, or when energy is radiated into space, he explained.”

space.com

 

“Io, the innermost large satellite of Jupiter, has the highest rate of volcanic activity of any body in the solar system. Europa and Ganymede have been largely resurfaced by mechanisms that probably involved flooding of the surface by water. A preliminary evaluation of the rate of cratering by comet impact suggests that the entire surface of Io may be no older than a million years and that the surface of Europa is less than 100 million years old.”

history.nasa.gov

 

“The combined effects of satellite expansion, its associated tensile stress, rapid formation of near surface partial melt, and tidal stress due to an eccentric orbit may be responsible for creating Ganymede’s unique surface features.”
adsabs.harvard.edu

 

“Callisto is more heavily cratered than even the oldest terrain on Ganymede, and the surface of Callisto probably records a longer geologic history than that of Ganymede.”

Source: The Compact NASA Atlas of the Solar System by Ronald Greeley and Raymond Batson

 

“Saturn’s moon Titan ripples with mountains, and scientists have been trying to figure out how they form. The best explanation, it turns out, is that Titan is shrinking as it cools, wrinkling up the moon’s surface like a raisin.”

nasa.gov

 

“The estimated cratering rate on Triton by ecliptic comets is used to put an upper limit of ∼50 Myr on the age of the more heavily cratered terrains, and of ∼6 Myr for the Neptune-facing cantaloupe terrain. If the vast majority of cratering is by planetocentric debris, as we propose, then the surface everywhere is probably less than 10 Myr old. Although the uncertainty in these cratering ages is at least a factor ten, it seems likely that Triton’s is among the youngest surfaces in the Solar System”

sciencedirect.com

 

Video Credits: Neal Adams

 

“Europe’s Venus Express orbiter suggests that some of the planet’s surface is made of granite, which on Earth needs water and plate tectonics to form”

newscientist.com

 

“Mercury’s tectonic history is unlike that of any other terrestrial planet. On the surface of Mercury, the most prominent features produced by tectonic forces are long, rounded, lobate scarps or cliffs, some over a kilometer in height and hundreds of kilometers in length. These giant scarps are believed to have formed as Mercury cooled and the entire planet contracted on a global scale.”

nasa.gov

 

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