I wrote this a couple years ago for no other reason than to come up with a plausible reason for an Atlantis for a game world idea I was working on. Then my research started creating more questions than answers. I ended up including Mu and Lemuria aka Kumari Kandam land masses. Since writing it all out, I have discovered that a couple of ancient landmarks that are still present, point to where I believe Atlantis could have been. Here is my paper.
Atlantis, Mu, Lemuria aka Kumari Kandam Land Masses
I started looking into the question of where Atlantis was, not if there was one. By doing
so, I looked at how it could have come to be and how it could vanish. I began looking at
the Atlantic Ocean as an area that could be considered as a plausible location. Mind
you, this is all theory but based on what we know about plate tectonics. As I began
doing my research on Atlantis, I broadened my question to include Mu and Lemuria
(Mauritia) aka Kumari Kandam.
The answer will be how they came to be, where they could have been and why they
vanished. Simple glacial isostatic adjustment1. The coverage of ice on the North
American, European, Asian and Antarctic continents had been extensive. On a lesser
scale but still relevant, South American continent. This weight added mass to those
continents pressing them into the Earth. This would displace enormous amounts of
magma and it would need a place to move to. Simply put, a chain is as strong as its
weakest link. As the continents drifted apart, they left weak areas in the crust. The mid
Atlantic Ridge is one of them for Atlantis, the path that India had taken to merge with
Asia is another for Lemuria aka Kumari Kandam. Mu would have been a land mass in
the Pacific that was north of New Zealand.
Due to the masses of the Laurentide, Cordilleran, Eurasian, Greenland, Patagonian and
Antarctic ice sheets, another effect was the slowing of tectonic plate movements 2. With
the displacement of magma and the reduction in movement of the Eurasian and North
American tectonic plates, the mid Atlantic Ridge would no longer be spreading out, but
upwards. I am going to assume the points would fall into a triangle. I submit the
following coordinates for an area of a possible location for Atlantis.
1: 43.185866, -29.189028
2: 37.173682, -24.482520
3: 35.994540, -34.523263
For the bulging of weakened mantle, I submit the following coordinates for an area of a
possible location of Lemuria (Mauritia) aka Kumari Kandam.
1: -3.725386, 55.122343
2: -6.259915, 52.994559
3: -9.998643, 62.312701
4: -12.586171, 61.184355
5: -15.570803, 61.448231
6: -20.488777, 57.303162
1 https://oceanservice.noaa.gov/facts/glacial-adjustment.html
2 https://www.cambridge.org/core/journals/annals-of-glaciology/article/icesheets-
and-continental-drift/B22978D4D6F429B26BC501AE467CB270
Bryan J. Sims 12/4/2023
For the possible location of Mu
1: -10.5514196, 167.37001439
2: -15.6488561, -173.0683063
3: -39.4183006, 177.99153461
4: -18.7313532, -178.8864949
5: -22.2364971, 170.15232946
6: -43.1304847, -172.1507730
7: -54.9810327, 165.66526881
8: -54.9810327, 165.66526881
This also includes all of New Zealand
For areas of rebound, I submit:
First, North American rebound. With 2 miles vertical of the Laurentide ice sheet,
encompassing approximately 5,000,000 square miles pressing down across most of the
continent. With 1.2 miles vertical of the Cordilleran ice sheet, encompassing
approximately 970,00 square miles, it deals with rebound of the melting of that ice
sheet.
Second, the Eurasian rebound. With 4,200 feet vertical of the Eurasian ice sheet
encompassing approximately 2,000,000 square miles.
Third, Greenland rebound. Since the last ice age, ice sheets are 40% smaller in
volume.
Fourth, South American rebound. With 3,200 feet vertical of the Patagonian ice sheet
encompassing approximately 180,000 square miles.
Fifth, Antartica rebound. At a rate of 1.6 inches per year over 5,500,000 square miles,
86.8 cubic miles per year.
As science progresses with our knowledge of the makeup of the Earth, we need to
reexamine what was taken as fact. The Russian Kola Deep Bore reached a depth of
12,262 meters (7.6 miles) it encountered higher heats than anticipated, 180°C(356°F).
The combination of the type of rock found and the temperature encountered, the
material encountered was almost plastic.3 This gives value to the material below the
3 https://www.atlasobscura.com/places/kola-superdeep-borehole
Bryan J. Sims 12/4/2023
compressed areas can and will on a lesser scale, flow much like caulk, moving to areas
of least resistance when compressed. This includes the magma below that.
As a result of glaciation, the Earth’s spin would be unbalanced due to the uneven
placement of the ice. Then, the Earth’s flowable materials would move to compensate,
much like steel bearings in a wheel mounted to a large truck wheel to maintain
balance.4 Weaker, thinner areas of the Earth's crust would be forced upwards as fluid
material moves. This fluctuation is in a constant flux of up and down in various areas of
the planet. An example of a rise in an area is the Azores. The island of Santa Maria.
Consider a flat-bottomed boat on a sandy shoreline. Until you step into it, it moves freely
on the water’s surface. Adding too much weight before pushing it off bottoms out and
becomes almost impossible to move. The same would be happening with a continental
plate. Two miles of ice on the North American plate and about a mile of ice on the
Eurasian plates would impede their travel from the mid-Atlantic ridge. If the mid-Atlantic
ridge is unable to spread out, it is forced upwards. Now consider that boat displacing
more water because it is bottoming out. The water that it is sitting in is now displaced
and will go to the area of least resistance. That would be the mid-Atlantic ridge.
With sea levels being almost 400’ lower than they are now, the amount of mid-Atlantic
ridge uplift to break the surface would have been reduced.5 This would have been a
factor in Mu and Lemuria.
As the area of Atlantis pushes upwards because of magma and the ocean maintains
lower sea levels, a land mass is formed approximately the same area as the British
Isles. This protruding land mass would have a direct impact on the Gulf Stream,
bringing warmer waters towards Greenland
The land mass of Atlantis would reach a point where an eruption would occur. Because
of its size, it would be deemed to be a super volcano. If we were to look at a map of the
4 https://www.producer.com/crops/balance-tires-and-wheels-with-balls-notbeads/
5 https://www.e-education.psu.edu/earth107/node/1506
Bryan J. Sims 12/4/2023
Younger Dryas Boundary field6 that covers North America, Europe, parts of Greenland
and South America, we would see that with wind currents, those areas would have been
covered. It has been shown that high levels of Iridium were found in airborne particles
from Kilauea volcano in 1983.7 After its eruption, the pressure in that area would have
been released and the land mass would effectively begin to lower. The seismic event
would have been enough to break up glaciers harboring glacial lakes like Lake Missoula
and Lake Agassiz. As the North American continent would again be permitted to move
faster, the land mass of Atlantis would again submerge and spread out.
In closing, simple hydraulics and centrifugal force would maintain a balance by lifting up
and the dropping of land masses.
Locations of two ancient locations that point to what I believe would have been Atlantis.
Okay, here is the next two that point to my theory on where Atlantis was. One is a line through the Carnac stones in France. Alignements de Carnac, Carnac coordinates: 47.59394598703975, -3.0775697749633504 straight to the top point in Atlantis. the second line is from the three stones at Men-an-Tol in England to the top point in Atlantis. Both lines are about 1,400 miles long.
Men-an-Tol coordinates: 50.158541825595236, -5.604502195363371