The final simulation of Ben Davidson's model at 0.05° with 5.5M cube cells globally. I think I've hammered out the 'under the hood' physics as much as possible. I'll also have an article later today simulating Zacharias' pole location at the same zoom. I'm moving into building out 0.01°... with 138M cube cells globally now, though. That will be my final addition. Additionally, I will try to integrate the results into a user-interactive tool for max fun. Each simulation at that zoom level will take days though, so it will be a slow going process. 🫡show more

It's interesting how similar things look regardless of theory being simulated. North America crosses the equator. North America gets obliterated. That is the simulation. ECDO State 1 to State 2:

(1) Thank you. This is hard work. Happy to make a small donation to your AWS bill if you have a buy-me-a-coffee or something. (2) the timestamp in the upper corner is very helpful. Most of us cannot just leave our homes, but perhaps can have preps ready in a remote cabin or something. Knowing if we have 5 hours or 5 days is very helpful. (3) Do we have similar sims for Np' (31 E, 14 S) and the Boliva location (58 W, 14 S)? I thought you had done one for Bolivia already.

@EcdoPrep No worries, all these are generated locally at the moment! I plan to run maximum zoom on all established theories and those I'm interested in.

This is the second person hired to reinforce the PSYOP that the only way to survive the excursion is to be one of the chosen ones to move into one of the underground cities. I don't believe that is true. And I am highly suspicious of these amateurish simulations that never explain why they think the water will move like this. In addition neither of the two individuals has attempted to TEST their model in any way to run an EXPERIMENT of real world flooding to see if the simulation reproduces it. The first guy was ridiculously amateurish with whitecaps everywhere sweeping over mountains. This guy is a bit more realistic but still speaks in word-salad techy jargon that obscures what he is doing.

😂 You got me. Come live in my underground city! It's amazing. We're opening an In & Out Burger next week. 🤣🤣

Have you factored in Cayce and Cannon?

I did! I wrote about some interesting correlations and almost felt like he was seeing into the past...

I fucking hate that this is the direction Ben went in. What use to be space weather news has turned into meth induced rants about the poles flipping and fear inducing hysteria. I’ve watched it happen over the years. Just as church’s scam you of money, so does Ben and his theories

While the above simulation is on Ben's proposed move, I was brought into this topic by Ethical Skeptic's work on his ECDO theory - hence my pyramid profile pic. Many more have contributed to this theory since. I do not hold to predictions of doom, though. We could be 20 years away or 2000. Who can predict these things on such grand timescales? I'm just curious to see what they would look like, so I built something to give me the visual and began sharing some of those early results here.

Observer ranch, workout routines, meal plans, the cringy Andrew Tate rants with his gold tennis chains and googly eyes. The wordy opinions on scientific papers he flashes on the screen but when ran through Ai language models doesn’t match what he’s pushing. Just over the shit man

This is great, I'd love to see a Zoom in of the detail for the rockies at the peak infiltration

This will be coming. Been working on getting the physics and under the hood stuff in a completed state, then I'll work on an interactive display!

@natesiggard Love your work, could we see the north pole? Alaska and Northern Canada. I live in Alaska. Lots of marine shells, not fossils on top of our mountains here! We got wiped out last time's flip!

@natesiggard In my longer-form articles, I've shown the orbital views in each. The NP in the equatorial zone.

So I've got 34 hours from the start of the event to make it 35 miles to the mountaintop near the TN/NC border?

It do be shaking and quite windy for those 34 hours. 😅

it is essential to provide a zoom feature in your new app… while the continental views are somewhat useful, for those living on mountainous terrain, i want to know if my home’s altitude is likely to be safe or not.

Definitely in the works. I've only been working on physics modeling and trying to ensure I include all the variables before I build out any type of interactive tool. Getting very close to that phase, though!

thanks for what you are doing!

Do you have a way us worthless eaters can see this map. Access it for precise locations. I wanna know the coordinates of a few “spots”. Asking for a friend.

That is coming. Right now I'm just in the build-out phase and sharing my early results. I am close to wrapping up the build-out and will be looking to create a fully interactive map for people to play with on their own using the data I upload from the higher zoom simulations. Those sims will take days to run on my equipment though, so I am probably a few weeks away from launching it.

Bless you. Live long and prosper.

Simulate the Younger Dryas event, S2>S1 Does the model match with evidence we've found? That gives more confidence in the future projection. Also, model both ECDO state transitions. .

I've done some early beta tests of the ECDO state transitions.

Does this model include the buldge of equatorial ocean water N. America will be plowing through to it's new destination?

The simulation has both that water bulge and oblate spheroid calculations. Along with a ton of other physics involved.

TY!

Where's the big boat to preserve mating pairs across all species?

The axis shift is the event, but based on what I'm seeing in my own analysis wont be quick(relatively). I would guess about 1-2 weeks, no more or less. The flooding will happen, but think about the evolutionary biology this planet has shown us. Birds, fish, sea mammals, yes very survivable in flood scenarios. But also many land based creatures that need more than 6000 years to "develop" wonderful eccentricities. Hence, I don't believe in the 3 mile high mega tsunami. I believe in the 3 mile high gentle tsunami. If it was super violent, we wouldn't see the diversity of species, and survival rates of those species > 6,000 years >12,000 etc. Any other theory about the sheer power of this flood would need to account for every single land mammals ability to survive mach 1 wind. This ultimately means, this simulation is true, it's just a matter of timescale. My real issue is, when it happens, and Florida is half sunk will they tell us, how will the rest of the world react? or will Florida be allowed to tell us? or will it actually be a grid down government controlled blackout, or alien invasion or false flag that keep us from asking questions. I'm not observing the water, the government will tell me before the ocean does.

I can run longer timescales too, but the inundation tends to be worse. It allows the 21km water height at the equator to full flow in and around all areas.

@XavierMBrown 21km, I'm not qualified to process this, I'd just like to know is there any point my contemplating The Spanish Pyrenees as a survival location, or is it back to the drawing board? 🤷‍♂️

@XavierMBrown Depends on the ECDO event tbh - there are competing theories. The Spanish Pryenees are sneaky good location in many of these simulations.

@XavierMBrown I look forward to any further detail in your simulations, the major concern is that if the reality becomes waves above 1400m i.e. about as high as you can buy land there & it's game over, so it feels like I need to look elsewhere, but whatever it takes

Everyone gets wet. Unless at 5000ft+. The only truly concerning aspect is proximity to a coast because coasts will be hit hard, and temporary floatation. The concern I have is the speed of the wave. From what I gather, it won’t exceed traditional tsunami speeds. So. Yes, everyone gets wet, and the water goes a lot more inland, but if you are far enough up the mountain and have a decent boat. It’s “survivable”. The next question is can you survive what comes next. And I think that’s going to be the bigger gate. I’m also concerned about debris. But mostly I’m concerned with people.

@DPTopLister @HashZappa Even if you're lucky enough to survive the initial event, everything will have been flooded with seawater. The next challenge for those who remain is to secure potable water, food and well, we know the rest.

The food issue is problematic, I’m concerns more so with navigating. If the earth has tilted. The stars will not be in the same place we expect. North Star? Is it now the east or west star? does it take me to dry land or the pacific ocean? 50/50/90. The people issue is the scary one for me

So is the understanding in this model that the water will remain in those locations, or recede?

@TranscendentDad A lot of these disaster cycle maps don’t include Hawaii. I’ve seen only one I think and it shows part of Hawaii submerged but not all. Any thought?

@TranscendentDad You should plan to float. You have miles of water being displaced. If North America gets swamped, it is unlikely any small island stays dry. The good news is, the float away method is quite viable for islanders vs. continentals. Just due to debris build-up alone.

@TranscendentDad I thought about this, but wouldn’t the current also be an issue. We do have some height and tops of mountains, with deep valleys to avert water. How big of a mega tsunami are we thinking? 1000 ft?

@TranscendentDad The equatorial water bulge is 21km higher than at the poles. Hawaii is about 1300 miles from equator or about 2km lower in water height. This is how it becomes difficult for any island - especially one that moves southward, which is what Hawaii does in many of these simulations.

@JoelBlackford1 Hi Zappa, what state/area is the southern part of the Appalachian mountains is still exposed?

@JoelBlackford1 Hard to say really at this zoom. My confidence level will jump when I release the final interactive display. Been a long road to get there, but I am seeing the finish line approach!

@deberelli It might seem ridiculous, but Minnesota has some smaller mountains up north. My expectations are that the wobbling will increase, but the actual flip will occur after a second larger micronova (4th Bowl). Therefore we'll have a few weeks warning as the sun changes from yellow-to-white-to-red-to-black. My plan is to run to the family cabin (and cave) in northern MN for the micronova and get above 2300 ft near Eagle Mountain for the sloshing and flooding stage.

@ActualFixer @AmericanMSCHF @deberelli In my view, any "float away" method is only valid if you jump in after the muck phase passes by. Thousands of miles of debris piling up in the initial flow is barely going to be a liquid at that point...

I am much more interested in what we find that shows what past events did & learn from them. Climate model projections have very been wrong, how is this model projection any more accurate? Show me past damage.

I have run State 2 to State 1 ECDO transition simulation, though this is relatively newly added code for a "paleo-sim" functionality. It is harder to calculate sea levels and oblateness and this simulation certainly does not take into account the sea levels from the late pleistocene epoch. So I would guess the inundation shown here would be much less extreme once I work out all the issues... BUT the flow direction would not change, just the severity of inundation. Even so, this simulation seems to highlight specific patterns of flows in the desert regions of Africa and the Middle East that support the theory. Because many thousands of years pass between each supposed event, the desert regions are the best to find evidence due to the lack of sustained weathering and erosion. I have seen some suggest these flow patterns came from the Mediterranean, but perhaps a State 2 transition to State 1 is the real answer... though I'll leave that debate up for smarter people than I.

@qtface3 So is this how Egypt was once a lush and fertile part of the world? Our planet just keeps on flip flopping around every 12-14k years?

I'm not sure how often these events occur. I would say the Mono Lake excursion 30k years ago and Laschamp excursion 42k years ago are good possibilities. I absolutely believe the 12-14k event happened, but there may have been a minor one 5-6k years ago too. If timing is irregular then predicting it is a crapshoot. It is interesting that the Sahara became a lush green landscape after the 12k event and then died rapidly after the 5-6k year event.

@qtface3 Either way, it seems like the one consistent theme is that you don't want to be on the ground when this happens. Or in the air. Or on the water 😆

@qtface3 Stock up on mushrooms.

Thank you for making this!

Is there any way to access this and pinpoint specific coordinates? Or, look at it from an interactive globe model where we can move around and watch different areas?

I'll be building out an interactive tool for users soon. I'll be uploading the final max resolution data to that so people can really dial in on specific regions.

Awesome. Would it be possible to add a water height bar for the selected location, so you can see local results with a little more detail than just the legend on the right? That may be a lot of work, but it would be very nice if it’s not too difficult. The model is incredible though, thank you for working so hard on it.

I will definitely be adding this in the near future. Almost done with the bulk of the simulation work, then will dive into user interactive tools.

So both oceans spill over north America at the same time? And cover the Canadian Rockies? Just want to make sure I am reading it right. I thought it was supposed to be one direction and either Atlantic or Pacific depending on which orientation was flipping

Is there another platform where this video is available?

Not yet. Just sharing my tests and journey building this out. I will be setting a way for people to access the results more directly. Coming soon!

Look forward to it. Impressive work.

Shouldn't winds of 400-800mph and massive earthquake pretty much hit everywhere?

Livin' in the safe zone already! Thanks! Anyone who is interested, land is fairly still cheap in this area if you can put up with the wind, it is very windy, especially around Cheyenne.

Is that flooding before or after the shift?

And suddenly all the cliff dwelling with 3-4 foot thick walls made with iron richclay across the protected and bordwe regions of the Rockies and SW USA

Quite interesting to follow!

The way you guys have it sweeping over the Canadian Rocky's is wild to me. A real favour at this point would be to just list the safest survival zones for both he initial flip and the slosh back.

Its based on where the torque of the shift hits the hardest. The water height accumulates and slams thst part of the continent. Its just how the physics calculated this event.

More than half of Tennessee is higher than 100 m above current sea level.

This is measuring the water level above the land its over.

I establish my covenant with you: never again will all life be destroyed by the waters of a flood; never again will there be a flood to destroy the earth.'

Hello, can you share the situation for South America, especifically Lima, Perú? Should I move to the mountains? Also, under this model, where do poles end up? Thank you

Nice work!

The most Simulation-like thing isn’t the pole shift itself. It’s that someone is now running a high-resolution Simulation inside the Simulation to predict how the Simulation might reset itself. We’ve reached META-Simulation levels that even the original coders probably didn’t plan for.

FYI — I've been following the pole shift story for over 10 years now. In my opinion, Ben Davidson and the folks in his orbit have developed some of the most accurate models out there. Someone took Davidson's model and created an animation showing all the ways water will move once the tilt happens, and this is what North America looks like under that scenario. Some of the best places to be appear to be right around where he's located. That area seems to be among the most well-shielded and well-sheltered from the fallout. I watched all of the simulations, and by far, this region looks like some of the best — which might explain why there's so much underground base activity there. Interesting side note: When I put this block of text into Gemini to have it cleaned up before sending, it refused to help. Apparently discussing pole shifts is against Google's policies.

Yeah, Grok will do it anyway. The rest you have to trick into believing the work is for a fictional story or fantasy you are writing. Their "misinformation" guardrails are strong. The science orthodoxy is as powerful as the medieval church ever way in terms of guarding information.

@sunfellow This may be the most importantly work on the planet right now… Thank you brother.

Does this model include the angular momentum of the Oceans and their currents