29 July 2014 · Wayback

Planetary Expansion and Condensing Cycle

web.archive.org/web/20140729202947/http://www.planetarylifecycle.com/cycle.html

Original wording. Not rewritten as Paper I. Withdrawn claims stay visible so the record is not erased.

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

Great Red Spot is currently condensing, once it's pushed out of the Jovian atmosphere it will begin to expand again: 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

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).

Kenorland: began 2.7 (Ganymede to Callisto) — broke up 2.48 to 2.1 (Callisto to Titan).

Nuna: began 2.1 (Titan) — completed 1.8 (Titan to Triton) — broke up 1.5 (Triton orbital transition).

Rodinia: began ~2 (Titan) — completed 1.1 (Triton) — broke up 750 mya (Triton to Mars).

Pannotia: began 750 mya (Triton to Mars) — completed 600 mya (Mars) — broke up 540 mya (Mars to Earth).

Pangaea: completed 300 mya (Mars/Earth) — broke up 200 mya (Earth) — sea floor spreads — present Earth.

Live reading: keep the named ladder. Withdraw expand/condense as a law, “pushed out of the Jovian atmosphere,” and supercontinents treated as a growth engine. Young surfaces stay as a correlation list on Cycle.