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Version 4.0. I have extended the duration in each state to two rotations. Improved lighting and higher resolution textures for better detail analysis. The ECDO euler is more accurately reflected, with the pivots at 5.1° north and south of the equator. A six hour lag and approximately 50% of... show more

Craig Stone

20,149 subscribers

38,980 views • 1 year ago •via X (Twitter)

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Craig Stone1 year ago

V4.0 Resources : [1] (521 MB) [2] (113 MB) [3] (17 MB - some overlays for use in Google Earth Pro)

Craig Stone1 year ago

Version 4.1 of the ECDO[1] visualization brings the Eulers directly back onto the equator. The Euler offset in 4.0 was derived from a physics-based simulation on the EGM2008 model, wherein it was observed that equatorial pivots were drifting a few degrees from the equator during the rotation. This version excludes any such physics based inputs and presents a purely geometric visualisation as described in the paper. This change has negligible effect on the utility of the results from the previous version. [1]

usguy1 year ago

Doing some research -- likely you already have seen this before, but wondering if it has any relevance to ECDO? At least a few ancient / mysterious sites roughly aligned?

Craig Stone1 year ago

I have looked (briefly) at ley lines in this regard. Its easy to find significant megalithic sites near ley lines when considering how many of these sites are spread over the planet [1]. Most of these places are inundated, as evidenced by the layers of sediment on top of many of them (ie. Easter Island). There is somewhat of an alignment between the vertical ley lines in maps [2] and [3] which coincide with the pyramids and roughly with the pivots, but both the curved and straight leys miss the pivots by more than 500km, so I can't say I see a relationship between leys and ECDO rotations (based on what I've seen so far).

Rachel1 year ago

IKYK @EthicalSkeptic From the Olympics closing Note the line thru Africa? And the sun god ? Rotate that line counter clockwise to the north pole. Looks about 104° to me They are telling us what they KNOW You cant make this shit up

Craig Stone1 year ago

@EthicalSkeptic I had wondered about that pic. The choice of geometry. Centered where the new geographic pole is.

Roos Kohn1 year ago

Nice visuals, are you working with Ben Davidson on the upcoming movie on this subject? Question? Why only 90 degrees rotation while the wingnut turns 180 degrees?

Craig Stone1 year ago

Ben is aware of this work, but I'm not involved in his current video project. Its a 104° rotation along the 31st meridian east - a mediated Dzhanibekov rotation as described in the ECDO hypothesis by @EthicalSkeptic (cited in the OP). [1]

Rachel1 year ago

Many hours of sweat and tears Ty Any plans to show oceans estimated wash as earth rolls over? Ty

Craig Stone1 year ago

I will be making further detail views using this model. Because we’re not sure of the actual period of the rotation, it’s extremely difficult to predict the extent of inundation from the model, but it does help to determine the direction of movements between land and water during the transitions. The extent of the inundations is most accurately measured from observations of these mega flows in elevation and photographic data from satellites and other aerial sources. Once enough of this extent data has been accumulated we’ll be able to map an more predictive global view.

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The Sahara exhibits the north-to-south meridional flow pattern predicted by the ECDO Theory - -> the 104° Euler axis rotation ( courtesy of Craig Stone ) ...and is seen all over the globe—precisely as depicted within the Khufu Pyramid and is scored into Khafre itself.

The Sahara exhibits the north-to-south meridional flow pattern predicted by the ECDO Theory - -> the 104° Euler axis rotation ( courtesy of Craig Stone ) ...and is seen all over the globe—precisely as depicted within the Khufu Pyramid and is scored into Khafre itself.

Ethical Skeptic ☀

24,245 views • 1 year ago

The second bonus scenario of v10 is live - S2 -> S1, standard ECDO pivots of (0,121) (0,-59), 0.9x the standard vortex strength. Why did I change the pivots back to the original ECDO pivots for S2? Primarily, the results surrounding India weren't matching the expected...

The second bonus scenario of v10 is live - S2 -> S1, standard ECDO pivots of (0,121) (0,-59), 0.9x the standard vortex strength. Why did I change the pivots back to the original ECDO pivots for S2? Primarily, the results surrounding India weren't matching the expected...

Junho

26,876 views • 7 months ago

M.S. Barbano et al. (2010) investigated "the size, shape, position, pre-transport setting, and long-axis orientation of 175 boulders found along the south-eastern Ionian coast of Sicily. These megaclasts were deposited by the sea or moved from the same rocky coast to the shore platform and distributed within 60 m of the shoreline. Most boulders are rectangular to ellipsoidal, with sharp, broken edges. They are calcarenite fragments up to 27 t in mass."[1] Sicily detail: The ECDO State 1 to State 2 simulation detail is modelled over nine hours. The locations of the boulders are at (d) along the southeastern coast of Sicily. Orientation of the long axes of the boulders is visualised in the rose chart, closely matching the direction of flow seen in this region. Evidence of submarine cutting of the shelf can be seen southeast of the saddles in Calabria (a and b) and east of Sicily (c), where heavy flow may have been an agent of bench cutting along the flow axes (d) which aligns very closely with the ECDO moment of inertia for this location (12-13° west of north). Orange/red markers are marine fossil deposits. State 2 water levels are expected to have been higher than seen here as some returning water is lost from the simulation domain. [1] [2]

M.S. Barbano et al. (2010) investigated "the size, shape, position, pre-transport setting, and long-axis orientation of 175 boulders found along the south-eastern Ionian coast of Sicily. These megaclasts were deposited by the sea or moved from the same rocky coast to the shore platform and distributed within 60 m of the shoreline. Most boulders are rectangular to ellipsoidal, with sharp, broken edges. They are calcarenite fragments up to 27 t in mass."[1] Sicily detail: The ECDO State 1 to State 2 simulation detail is modelled over nine hours. The locations of the boulders are at (d) along the southeastern coast of Sicily. Orientation of the long axes of the boulders is visualised in the rose chart, closely matching the direction of flow seen in this region. Evidence of submarine cutting of the shelf can be seen southeast of the saddles in Calabria (a and b) and east of Sicily (c), where heavy flow may have been an agent of bench cutting along the flow axes (d) which aligns very closely with the ECDO moment of inertia for this location (12-13° west of north). Orange/red markers are marine fossil deposits. State 2 water levels are expected to have been higher than seen here as some returning water is lost from the simulation domain. [1] [2]

Craig Stone

28,110 views • 7 months ago

Revisiting the giant current ripples in Ain, France (indicated by "GCR" in this visualization of the deceleration phase of an ECDO[1] state 1 to state 2 event). The remnant of the Mediterranean which initially retreated towards Africa is now returning as the reorientation slows, and centrifugal forcing on the water is inverted[2]. Orange markers are marine fossil deposit sites. [1] [2]

Revisiting the giant current ripples in Ain, France (indicated by "GCR" in this visualization of the deceleration phase of an ECDO[1] state 1 to state 2 event). The remnant of the Mediterranean which initially retreated towards Africa is now returning as the reorientation slows, and centrifugal forcing on the water is inverted[2]. Orange markers are marine fossil deposit sites. [1] [2]

Craig Stone

56,219 views • 7 months ago

The Black Sea & Eastern Mediterranean CFD-V1. State 1 to State 2 [1] over a nine-hour period (plus one hour of settling time). During the initial acceleration northwards, the water retreats to the south. Shortly after we move over the geographic north pole, the deceleration sets in, and centrifugal forcing is reversed by ±180° - the departed water returns, inundating much of Ukraine - home to considerable coal, gas, and marine sedimentary deposits. Orange markers are marine fossils. Blue/Pink markers are salt deposits. The water levels during the second phase of this simulation are lower than would be expected in reality. More than 50% of the fluid volume is lost over the Sahara to the south and leaves the simulation domain. Some of this volume would have returned during the deceleration, but is not accounted for here (this is therefore likely a conservative outcome for this scenario). A further >45% is lost to the north, leaving <5% of the original simulation domain volume. Depth, velocity, precursor- and primary-flows are visualised as follows: Depth: greyscale shading of the fluid volume. Whiter is deeper. Velocity: blue-white-red graded shading of the particle system. Precursor (thin) Flows: leading the main volume may be seen as little 'sparkles' at the head of the inundation. These provide clues as to incursion potential. Primary (heavy) Flows: white particle flows which provide a sense of volume distribution in the simulation. Pooling: Dark grey areas on land indicate pooled water. Please note that this is a physically informed visualisation of the primary (acceleration) and secondary (centrifugal) forcings only. Lunar tidal forcing is not accounted for, as it is temporally unpredictable, and of negligible effect by comparison to those under consideration. Possible overflows from the Arctic and North Sea are not modelled. Presented in 4K resolution with DEM (GEBCO bathymetry) and Google Satellite imagery. This is not a predictive safety indicator. It is a passable, evidence-supported approximation of flow direction and extent for the theorised rotation. I may iterate this solution one more time (each taking approximately a week) to improve the detail, but the agreement with existing geological, archaeological, and cultural accounts seems good at this point. [1]

The Black Sea & Eastern Mediterranean CFD-V1. State 1 to State 2 [1] over a nine-hour period (plus one hour of settling time). During the initial acceleration northwards, the water retreats to the south. Shortly after we move over the geographic north pole, the deceleration sets in, and centrifugal forcing is reversed by ±180° - the departed water returns, inundating much of Ukraine - home to considerable coal, gas, and marine sedimentary deposits. Orange markers are marine fossils. Blue/Pink markers are salt deposits. The water levels during the second phase of this simulation are lower than would be expected in reality. More than 50% of the fluid volume is lost over the Sahara to the south and leaves the simulation domain. Some of this volume would have returned during the deceleration, but is not accounted for here (this is therefore likely a conservative outcome for this scenario). A further >45% is lost to the north, leaving <5% of the original simulation domain volume. Depth, velocity, precursor- and primary-flows are visualised as follows: Depth: greyscale shading of the fluid volume. Whiter is deeper. Velocity: blue-white-red graded shading of the particle system. Precursor (thin) Flows: leading the main volume may be seen as little 'sparkles' at the head of the inundation. These provide clues as to incursion potential. Primary (heavy) Flows: white particle flows which provide a sense of volume distribution in the simulation. Pooling: Dark grey areas on land indicate pooled water. Please note that this is a physically informed visualisation of the primary (acceleration) and secondary (centrifugal) forcings only. Lunar tidal forcing is not accounted for, as it is temporally unpredictable, and of negligible effect by comparison to those under consideration. Possible overflows from the Arctic and North Sea are not modelled. Presented in 4K resolution with DEM (GEBCO bathymetry) and Google Satellite imagery. This is not a predictive safety indicator. It is a passable, evidence-supported approximation of flow direction and extent for the theorised rotation. I may iterate this solution one more time (each taking approximately a week) to improve the detail, but the agreement with existing geological, archaeological, and cultural accounts seems good at this point. [1]

Craig Stone

69,416 views • 7 months ago

Song 1 of 3 in my ECDOsim production movie contains some introductory moving camera shots and some educational ECDO content from the ECDO "earth flip" theory of Ethical Skeptic ☀ . This clip is rendered at only 1080p/16fps to fit on X. Full res movie @

Song 1 of 3 in my ECDOsim production movie contains some introductory moving camera shots and some educational ECDO content from the ECDO "earth flip" theory of Ethical Skeptic ☀ . This clip is rendered at only 1080p/16fps to fit on X. Full res movie @

Junho

52,359 views • 6 months ago

This paper is describing something which sounds remarkably similar to an ECDO state 2 to state 1 rotation a half a billion years ago. Excerpts from Evidence for a Large-Scale Reorganization of Early Cambrian Continental Masses by Inertial Interchange True Polar Wander, Kirschvink et al. (1997): "..at least two tectonic plates, involving more than two-thirds of Earth's continental lithosphere, were involved in a rapid rotation of ~90° relative to the spin axis. We speculate that the entire lithosphere may have been involved in this rotation. // The new ages, along with paleomagnetic data, indicate that continents moved at rapid rates that are difficult to reconcile with our present understanding of mantle dynamics. // The pole for this sequence is >80° away from the Vendian-Early Cambrian poles, implying that Australia underwent a large rotation while remaining near the equator sometime between Tommotian and Late Cambrian time. // Australia rotated counterclockwise during this time. // Antarctica, India, Africa, South America, and perhaps parts of East Asia also rotated with Australia. // True polar wander (TPW) is the process through which quasi-rigid spheroids align their maximum moments of inertia with the spin axis, pushing positive mass anomalies toward the rotational equator. // A variant of this mechanism, inertial interchange true polar wander (IITPW), involves discrete bursts of TPW of up to 90° in geologically short intervals of time if the magnitudes of the intermediate and maximum moments of inertia cross. This would result in a rapid movement away from the spin axis by the geographic location of the former pole with rotation of the entire solid Earth centered about the minimum moment of inertia located on the equator. // These two poles, with their stated polarity interpretation, are separated by about 68°; together they yield a plausible tropical position for Siberia, nearly on the opposite side of the globe from Australia. // If the velocities are due to TPW, however, such geodynamical considerations are obviated because the entire mantle would have rotated along with the lithosphere." [1] [2] (by Ethical Skeptic ☀)

This paper is describing something which sounds remarkably similar to an ECDO state 2 to state 1 rotation a half a billion years ago. Excerpts from Evidence for a Large-Scale Reorganization of Early Cambrian Continental Masses by Inertial Interchange True Polar Wander, Kirschvink et al. (1997): "..at least two tectonic plates, involving more than two-thirds of Earth's continental lithosphere, were involved in a rapid rotation of ~90° relative to the spin axis. We speculate that the entire lithosphere may have been involved in this rotation. // The new ages, along with paleomagnetic data, indicate that continents moved at rapid rates that are difficult to reconcile with our present understanding of mantle dynamics. // The pole for this sequence is >80° away from the Vendian-Early Cambrian poles, implying that Australia underwent a large rotation while remaining near the equator sometime between Tommotian and Late Cambrian time. // Australia rotated counterclockwise during this time. // Antarctica, India, Africa, South America, and perhaps parts of East Asia also rotated with Australia. // True polar wander (TPW) is the process through which quasi-rigid spheroids align their maximum moments of inertia with the spin axis, pushing positive mass anomalies toward the rotational equator. // A variant of this mechanism, inertial interchange true polar wander (IITPW), involves discrete bursts of TPW of up to 90° in geologically short intervals of time if the magnitudes of the intermediate and maximum moments of inertia cross. This would result in a rapid movement away from the spin axis by the geographic location of the former pole with rotation of the entire solid Earth centered about the minimum moment of inertia located on the equator. // These two poles, with their stated polarity interpretation, are separated by about 68°; together they yield a plausible tropical position for Siberia, nearly on the opposite side of the globe from Australia. // If the velocities are due to TPW, however, such geodynamical considerations are obviated because the entire mantle would have rotated along with the lithosphere." [1] [2] (by Ethical Skeptic ☀)

Craig Stone

16,334 views • 1 year ago

Prandtl Rotations describe the motion of a gyroscope's rotor around its principal axes. A gyroscope's main behavior is governed by the principles of angular momentum conservation, causing it to resist changes to its orientation. For a rotating gyroscope, stability along its axes is critical. Depending on the external influences (like additional weights, torques, or friction), these rotations can either remain stable (maintaining a steady motion) or become unstable, leading to wobbling or tumbling motions. When rotating about one of its principal axes (with the highest or lowest moment of inertia), the gyroscope exhibits stable behavior. If additional forces or masses alter its inertia, the gyroscope may cross a critical stability threshold, leading to unstable rotations. [1] .

Prandtl Rotations describe the motion of a gyroscope's rotor around its principal axes. A gyroscope's main behavior is governed by the principles of angular momentum conservation, causing it to resist changes to its orientation. For a rotating gyroscope, stability along its axes is critical. Depending on the external influences (like additional weights, torques, or friction), these rotations can either remain stable (maintaining a steady motion) or become unstable, leading to wobbling or tumbling motions. When rotating about one of its principal axes (with the highest or lowest moment of inertia), the gyroscope exhibits stable behavior. If additional forces or masses alter its inertia, the gyroscope may cross a critical stability threshold, leading to unstable rotations. [1] .

Craig Stone

464,952 views • 1 year ago

This is the BEST defensive possession of the NBA Finals so far! Look at those rotations and closeouts!

This is the BEST defensive possession of the NBA Finals so far! Look at those rotations and closeouts!

Swipa

4,225,906 views • 20 days ago

$This animation shows the irrationality of pi through the rotation of two rods, each with a constant but different speed. Despite the intricate patterns they create, the rotations never perfectly align, highlighting pi's infinite, non-repeating decimal nature. This emphasizes the impossibility of expressing pi as a ratio of two integers, a key characteristic of irrational numbers. The perpetual near-miss between the rotations of the inner and outer rods, evident at moments like 22/7 and 355/113, well-known approximations of pi, further emphasizes the fascinating and unattainable nature of expressing pi as a simple fraction. This visual representation contributes to the richness of mathematical exploration, showcasing the captivating complexity of pi's irrationality.$

This animation shows the irrationality of pi through the rotation of two rods, each with a constant but different speed. Despite the intricate patterns they create, the rotations never perfectly align, highlighting pi's infinite, non-repeating decimal nature. This emphasizes the impossibility of expressing pi as a ratio of two integers, a key characteristic of irrational numbers. The perpetual near-miss between the rotations of the inner and outer rods, evident at moments like 22/7 and 355/113, well-known approximations of pi, further emphasizes the fascinating and unattainable nature of expressing pi as a simple fraction. This visual representation contributes to the richness of mathematical exploration, showcasing the captivating complexity of pi's irrationality.

Historic Vids

3,984,471 views • 2 years ago

South America. The western ECDO pivot [1] is located near Mount Roraima.[2] Mega current ripples and salt deposits in Argentina and Chile, and apparent gully erosion morphology in the vicinity of Drake Passage are in agreement with the predicted movement.[3] [1] [2] [3]

South America. The western ECDO pivot [1] is located near Mount Roraima.[2] Mega current ripples and salt deposits in Argentina and Chile, and apparent gully erosion morphology in the vicinity of Drake Passage are in agreement with the predicted movement.[3] [1] [2] [3]

Craig Stone

26,264 views • 1 year ago

Hip rotation is one of the primary drivers of velocity during the throw. Both speed and timing of rotation matter. The goal is to have the hips rotate out in front of the torso. Ideally, you want rotation to begin quickly after the front foot strikes the ground. The speed of rotation is also critical. I strive for all QBs that I work with to be 800+ deg/sec with hip rotation speed. One key thing is to not mistake “sliding” for rotating. Many will push and slide their hips forward as opposed to rotating against a stable lead leg.

Hip rotation is one of the primary drivers of velocity during the throw. Both speed and timing of rotation matter. The goal is to have the hips rotate out in front of the torso. Ideally, you want rotation to begin quickly after the front foot strikes the ground. The speed of rotation is also critical. I strive for all QBs that I work with to be 800+ deg/sec with hip rotation speed. One key thing is to not mistake “sliding” for rotating. Many will push and slide their hips forward as opposed to rotating against a stable lead leg.

Joe Mohr

12,621 views • 1 month ago

ECDO Visualization Index [1] The World - [2] Antarctica - [3] Arctic Ocean - [4] Australia and Oceania - [5] Asia - [6] Caribbean and Mesoamerica - [7] Europe and Mediterranean - [8] India and Sri Lanka - [9] North Africa - [10] North America - [11] Southern Africa - [12] South America - [13] ECDO Hypothesis by Ethical Skeptic ☀ - //

ECDO Visualization Index [1] The World - [2] Antarctica - [3] Arctic Ocean - [4] Australia and Oceania - [5] Asia - [6] Caribbean and Mesoamerica - [7] Europe and Mediterranean - [8] India and Sri Lanka - [9] North Africa - [10] North America - [11] Southern Africa - [12] South America - [13] ECDO Hypothesis by Ethical Skeptic ☀ - //

Craig Stone

199,446 views • 1 year ago

Steve Kerr said Jonathan Kuminga “could be part of the rotation after Jimmy Butler’s season-ending injury: “At this point we have to experiment a little with rotations.”

Steve Kerr said Jonathan Kuminga “could be part of the rotation after Jimmy Butler’s season-ending injury: “At this point we have to experiment a little with rotations.”

Anthony Slater

81,290 views • 5 months ago

Sonny Gray to the Red sox their Rotations better for it

Sonny Gray to the Red sox their Rotations better for it

JoezMcfly🇩🇴

74,345 views • 7 months ago

Yesterday, the South African flag was lowered for the last time at the UN mission headquarters in the Eastern DRC, as the SANDF completes its withdrawal from MONUSCO. After 28 years of rotations, patrols, blood and sweat, South Africa's unacknowledged war has come to a end. We must never forget the sacrifices made, and the lives lost.

Yesterday, the South African flag was lowered for the last time at the UN mission headquarters in the Eastern DRC, as the SANDF completes its withdrawal from MONUSCO. After 28 years of rotations, patrols, blood and sweat, South Africa's unacknowledged war has come to a end. We must never forget the sacrifices made, and the lives lost.

Ricardo Teixeira 🇿🇦

69,075 views • 2 days ago

🔥 World’s First! 🔥 Hiroto Ogiwara just landed the first 2340 in HISTORY during Pacifico Men’s Snowboard Big Air. That’s six and a half rotations! Sonic Drive-In

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X Games

368,751 views • 1 year ago

After a busy day working in London. There is no better place to be than at home with the #MairwenHerefords . As well as the dogs and better half of course 😂😉

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Nigel Owens MBE

27,263 views • 2 years ago

In Texas, some of the training required to become an OB-GYN is no longer offered because of the state’s abortion laws. That means OB-GYN residents now have to leave the state for two- to four-week rotations to get the required training.

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60 Minutes

533,642 views • 1 year ago