Polar Shifts on other Worlds

Polar Shifts on other Worlds

Whenever scientists talk about geology it involved the idea that the globe is locked to its present spin axis. We have previously discussed some of the evidence that potentially shows that the crust of the Earth might have shifted a number of times in that past. This idea is frowned upon by scientists favouring the slow process of continental drift and ice ages to explain these anomalies. Not that long ago the idea that other planets had tectonic activity was laughed at, these we thought to be dead worlds with the Earth being the only place we find water and tectonic plates. Yet as we slowly explored the solar system it revealed a system that was more alive than we could ever have imagined with moons with oceans of water buried below a thick crust of ice and moons with volcanoes exploding from the surface. Once we landed on Mars we started to detect faint rumbles which indicated some sort of tectonic activity deep below the surface. These planets and moons seemed to be undergoing a similar process to those we see on Earth. Is it possible to find evidence of a shifting crust on other planets?

Previous Episode:

Charles Hapgood's Pole Shift

First Episode:

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References:
Mars
Late Tharsis formation and implications for early Mars | Nature

Europa

Moon, Mercury, Venus & Mars

Enceladus

Moon

#seethepattern #plasmauniverse #electricuniverse

[nearth]

"Brain Food, Get Yer Brain Food here!!
Well done, Garth. Keep 'em commin'.

[francisdexaviermaurinus]

I have not seen yet this video but probably I saw all your past videos (in this and other subjects). I was thinking for months now that the only prof for polar shift is finding the same effect on other plants, ideally happening or just happening. The shift doesn't need to be huge. Now, I will see your video today. I am sure will be a good video.

[barrydysert]

Now i have to go back and re-watch the episode where you peel the surface off of the globes, lay them flat and they become jigsaw puzzle pieces. Watching you put those puzzles together made me think, damn that looks like fun. i could do this! i haven't been defeated by a puzzle yet.
i've chosen to pass on quite a few!
Thank you Gareth. It sure seems like my world is turning differently!:-) 🙏🖖

[MarioBuildreps]

Good video, well done. It is good to inform the public as broadly as possible. Crustal deformation, crustal slip, true polar wander, or whatever name you give it, in case of the EARTH is most probably caused by expansion. Hapgood's ideas are inspiring but they are caught up by new data. However, it's seems possible that ice caps in the case of Jupiter's moons are able to destabilize a crust due to Jupiter's massive gravity. Also, new research has shown that Jupiter has grown in size over the last few million years, something which was believed to be impossible. There's so much we still don't know.

[keithking]

it certainly seem like tectonics are on going on the icy moons, and it looks like pole shift is ongoing, when its pointed out like you did its hard to disputed it. that's why i love this channel. your a brainy lad & and have my upmost respect...

[michaelgeisdorf]

As the magnetic North pole rushes towards Siberia while we careen through the galactic current sheet and enter the 12000 year reoccurring climate collapse, we may very well have ringside seats to a new version of the ‘Hapgood, Thomas, White’ poleshift!
Buckle up Francis, this is going to get interesting!!

[_________]

2:01. I like the thunderbolts project conjecture on this feature, as not be a volcano, but one of those electric discharges raise the mound, FX.

[alienviewpoint]

It makes more sense to me that the striations on Enceladus are caused by electric arcs, as per E.U. theory. That volcano on Io is no such thing, as N.A.S.A. has reported that it moves 80 km. in a day. That's a very mobile volcano. Still, Mr. Samuels does, indeed, present other ideas that are intriguing and that should be investigated closely.

[Severe_CDO_Sufferer]

In any rotating body, which would be bulging at the equator, and flattening at the poles, a crustal shift (it seems to me) would be much easier to happen in an east / west direction, than in a north / south direction, so... do we see that happening anywhere else in our solar system?

[hughevans]

Excellent video thanks. Your proposition, bring together all the supporting evidence in an objective and complete way is very important.
I can't help but think (as an engineering graduate) that the ripples on the surface are shock waves that have solidified after a frighteningly large pulse of matter has hit a planets and liquefied the surface for a short time. I have always wondered why one half of the moon looks bare, the other half doesn't Its the same on Enceladus.

[peteraernouts]

I always get blown away whit this video's so faccinating to watch.

[Severe_CDO_Sufferer]

@7:07 so, how would this "excess" ice form without an atmosphere?
Was there precipitation from space, (???) or did the ice moons of the outer solar system once have an atmosphere that doesn't exist today?

[bingbong]

I'm wondering if mars could produce another bulge where the one you mentioned moved from I can't help wondering if the bulge forming and movement keeps happening to eventually start the process of moving tectonic plates?

[critical-thought]

Right. They don’t talk about electromagnetic influences at all.

[marcin]

On other planets academia is not governed by grant money…

[daviddavidson]

So the plates of the earth shift like a Rubik's cube; if say Greenland were pulled southward, obviously it would push the plate south of it, but not *all* the plates on earth have to go around in lock-step to remain in their current relative positions. I imagine the effects of such a "local" shift could be felt everywhere, with earthquakes and volcano eruptions and so on due to the pressure from the moving plates.

[moemuggy]

Why does the crust have to shift over Earths core first?
If the icecaps suddenly melted, or built up beyond capacity, wouldn't the Earth rotate to compensate due to conservation of angular momentum? When glacial lake Missoula suddenly drained, I could imagine that would have caused a massive imbalance.
Once the Earth does shift rapidly by even a few degrees, that in turn would cause massive crustal upheaval, and a tidal wave that would probably circle the globe many times over.
That would be as good of a mechanism as any for the crust to slide over Earths mantel.

[ivornelsson]

The Standard Model of the Solar Formation don´t consider the immense heating up of the pre-sun and planetary formation from gas and dust.
The Solar System was initially formed as ONE molting hot sphere from where planets and secondarily their moons were dispersed, hence the logical orbital motions of the planets around the sun and moons around their mother planets.
Of course it must be so as there is a direct connection between formation and orbital motion.
Logically all planets and moons then have their own time to cool off after this initial molten hot stage, all according to their separate consistence.
Physical polar shifts can simply occur by having an uneven distribution of land and weight on each hemispheres causing a wobbling motion of the axis. A sufficient time can even turn a actual counter clockwise rotation to become clockwise as observed.

[myfishisnothappy]

If we would be starting measuring the precise measure of all Moons and planets of our Ss, with the precise measures of their respective magnetic fields, we might, in the future, have evidence of the planetary expansion model. On Earth the trans-atlantic rift suggest a East-West expansion. In the ring of fire it's omnidirectional. The rate of expansion might be extrapolated by correlation of similar patterns from the various bodies. Interestingly for the research, completely covered in Ice Moons could reveal some properties of the mechanism in a smaller time frame.

[whig]

Plate tectonics is dead. You killed it.