You're right about Plato being the sole source. The contrast with genuine ancient knowledge transmission is striking - Ludwin et al. found 8/9 Cascadia subduction earthquakes preserved in oral record, some going back 10,000 years. Real inherited knowledge looks very different from Atlantis.

Using a self-developed model, Chinese scientists have uncovered the origin of global seamounts and recreated the subduction history of the last 270 million years. #China #MarineScience #Geology buff.ly/adntGFA

This is about the coming Pole Shift! Both Ukraine and eastern Russia will be decimated and submerged after the completion of coming PS 7mths and counting down All countries experiencing severe weather - earthquakes now, is being caused by tectonic plates subduction in motion now

People don’t realize that the Cascadia Subduction Zone is one of the most dangerous places on the planet.

GROK Prompt: List recent earthquake and volcanic activity that is concerning to people who follow ECDO Theory: Exothermic Core-Mantle Decoupling - Dzhanibekov Oscillation (ECDO) Theory theethicalskeptic.com/2024/0… GROK Response: x.com/i/grok/share/cc801cf31… ECDO Theory (Exothermic Core-Mantle Decoupling – Dzhanibekov Oscillation), proposed by @EthicalSkeptic, links core phase changes and heat release to mantle decoupling, geomagnetic weakening, and potential true polar wander (a ~104° gyroscopic reorientation along Euler axes like ~30–31°E). This would cause massive seismic/volcanic upticks, ocean sloshing, and cataclysm -- consistent with flood myths and ancient alignments. Followers monitor for precursors such as: • Deep/abyssal heat pulses. • Seismic clustering along predicted axes (e.g., Pacific Ring of Fire near 150°W or 60°W, African Rift). • Synchronized global quake/volcano surges. • Geomagnetic anomalies or wobble changes (not directly observable here, but tied to activity). No mainstream consensus supports an imminent global shift, but here is recent activity (roughly May–mid-June 2026) that aligns with ECDO concerns, based on reports: Major Earthquakes (Potential Stress Indicators) • M7.8 offshore Mindanao, Philippines (June 8, 2026): Deadliest recent event (~65–69 fatalities, hundreds injured, widespread damage). Triggered tsunami warnings and thousands of aftershocks (reports vary 1,000–6,000 ). Followed by M6.2–6.7 aftershocks. Located in a complex subduction/transform zone (Cotabato fault system) on the Ring of Fire -- ECDO watchers note Pacific clustering and potential triggering of nearby volcanic unrest. • M6.9 Chile (late May 2026, ~109 km depth): Intermediate-depth event in the Nazca subduction zone (near ~60–70°W, relevant to some Euler interpretations). Cited in ECDO discussions as linked to deeper mantle stresses and Pacific heat anomalies. • Other M6 events: Scattered in Indonesia, Cuba region, Kuril Islands, and Qinghai (China). Swarms in California (e.g., near Johannesburg) and elsewhere. These fit patterns of increased larger quakes and geometric clustering noted in ECDO materials. Volcanic and Seismic Swarms (Magma/Heat Release Signs) • Bárðarbunga (Iceland, mid-June 2026): Strongest swarm since 2014 -- ~400 quakes, largest M4.8. Alert briefly raised (Yellow). Magma movement suspected; Iceland's hotspot sits in a tectonically active area. • Mount Cleveland (Alaska): Earthquake swarm with hundreds of events; potential volcanic link. • Other unrest: Banua Wuhu (Indonesia) swarm post-Philippines quake; ongoing activity at Kīlauea (Hawaii fountaining), Fuego (Guatemala major explosions), Sakurajima, Stromboli, and various Indonesian volcanoes. "Stealth" magma surges (e.g., prior Portugal example) echo heat-driven decompression. Broader Context Noted by Followers • Pacific deep/abyssal heat anomalies (e.g., large Kelvin wave/heat blob) interpreted as exothermic core heat rising through the mantle, driving SST changes and tectonic stress. • General uptick in swarms and larger events amid reported geomagnetic/polar motion trends (per ECDO proponents like @EthicalSkeptic and related communities). In summary, ECDO adherents view the Philippines M7.8 aftershocks, Chile deep quake, Iceland/Alaska swarms, and Pacific heat as consistent with progressing core-mantle decoupling -- heat injection, mantle stress, and precursors to greater instability. Activity remains within normal tectonic/volcanic variability per USGS/Smithsonian data, with no confirmed anomalous global surge or pole-shift trigger. For primary views, see @EthicalSkeptic's posts or theethicalskeptic.com. Real-time monitoring via USGS, Smithsonian GVP, or IMO is recommended. Related Link: ECDO - @EthicalSkeptic - 6 Earth System Shifts Happening Now x.com/sunfellow/status/20669…

That’s what I was thinking, that it could trigger the Cascadian Subduction zone. That would be a major seismic event with tidal surges in the worst case scenario up to 150 ft that would push up river valleys for many miles.

It's way more than the Pacific Northwest, and we're on a subduction zone too... It's definitely awful. ...though it made for a funny scene in GATE where the fantasy world people were panicking in an earthquake, while the JSDF personnel were calmly trying to guess 4.0 or 5.0. 🤣

SubRidge: a new geodynamically informed benchmark combining subduction, ridge dynamics, seismic anisotropy, and 50,000 synthetic waveforms for testing seismic imaging methods. 🔗 Read now: seismica.library.mcgill.ca/a…

A M6.7 #earthquake struck #Indonesia, close to M7.6 in 2018. A normal-fault rupture eq in Central #Sulawesi. Structural damage has been reported. This earthquake occurred in the southern part of the Philippine Trench, which is tectonically associated with the subduction system.

LOOK: The Philippine Space Agency (PhilSA) has generated satellite maps of Barangay Burias and Barangay Pangyan in Glan, Sarangani, which show shoreline shifts due to coastal uplift during the magnitude 7.8 earthquake that hit the province on June 8. Notably, coastal uplifts result in wider coastal zones and seaward migration of high tide lines, alongside subsequent exposure of coral reefs and marine habitats. Using visual interpretation and Automated Water Extraction Index (AWEI) analysis, PhilSA determined shorelines from Sentinel-2C satellite imagery acquired on May 10 and June 9. The space bureau also used Copernicus Philippine Data Explorer for the satellite imagery. However, PhilSA pointed out that the maps require ground validation. In an aerial survey and ground validation on June 11, the Philippine Institute of Volcanology and Seismology (PHIVOLCS) and the Department of Environmental Resources - Mines and Geosciences Bureau XII (DENR-MGB XII) confirmed that the seabed in Barangay Pangyan had risen by two meters. As a result, the shoreline widened by 200 meters and exposed coral reefs and seagrass beds. According to PHIVOLCS, the subduction along the Cotabato Trench pushed Sarangani and Davao Occidental coastlines upward and exposed the seabed. As of June 16, AM, over 6,600 aftershocks have been recorded following the offshore earthquake. Photos courtesy of the Philippine Space Agency #Voyager

Brain Washed using Subliminal Subduction,...

Chinese scientists have uncovered the origin of global seamounts and recreated the subduction history of the last 270 million years on the country's new-generation Tianhe supercomputer using a self-developed global data assimilation model. According to their study published in the journal Nature Geoscience, the formation and evolution of both linearly extending seamount chains and scattered isolated seamounts are intimately associated with the thermal activities of the asthenosphere driven by the upwelling of mantle plumes from the core-mantle boundary.

When I looked at tilt scenarios, while the theory says mantle and core unlock, the ellipsoidal shape of the Mantle and Crust suggests the Crust slides over the Mantle or maintains it's float atop the Mantle during the shape change. The Equator vs Poles is 13 miles difference on a radial distance (26 miles diameter) from the core. For land to rise/fall that distance would mean much more obliteration than many anticipate, beyond the ocean "over wash" problem. Atlantic Rift opens like a zipper, Pacific subduction zones consume vast regions, and folding of areas in between become like origami.

ZetaTalk: Safe Structures for the Pole Shift In past cataclysms, faced with high winds and hailstones, many sought shelter in caves or caverns. This as often brought death as salvation, as these hollow places were formed during mountain building in the past, so seeking shelter in them is equivalent to trying to avoid traffic by standing in the middle of a busy highway. Subterranean cavities that are safe are not open to the surface, which in and of itself indicate frailty in the surrounding rock strata. Subterranean cavities that would be safe are so deep and thickly surrounded by rock that they are essentially a bubble in a slab of granite. Underground structures, such as the one constructed by the government at Mount Weather, are insufficient to withstand the violent compression that will occur during 15 Magnitude earthquakes. Mankind visits caves, which show their age in the slow accumulation of drip-fed rock, and think underground caverns safe. At the same time, man-made mines collapse or fill with water, with horror stories of miners buried alive. There are caves in rock that last eons, and mines that man made that likewise hold up, but compared to the risks of above ground shelters during the Shift, they are high risk. Mankind has little experience with Richter 9 force quakes, with only projection on what the Richter on famous quakes such as the 1906 San Francisco quake were. Dramatic rock shattering, such as was required to drive raw rock at a slant, skyward, during prior Shifts, is not in the memory of man. Caverns available then, for man to crawl into, which closed and trapped whatever crawled there, are lost to man. On occasion, he digs bones frozen in what was formerly mud, a volcanic flow or river bed. How the animals died is conjecture. If human bones are found in caverns, it is assumed they died of disease, not entrapment. 

If the force of a Shift, in the recent past, has driven mountains over the plains in the US West, rumpled the foothills of the Sierras, heaved the Himalayas higher, and melted rock with subduction, then why line of thinking allows this rock to remain firm and undisturbed just because it is the wall of a cavern? It is not immune from what is happening during mountain building, during the Shift: shattering rock, rapid sideways motions, flaking and separating, and snapping. In heartland’s, where mountain building may not be occurring, there are rocks and caves which are assumed not to be affected. But stretching, growing rifts, can likewise create collapse. Thus, to avoid being buried alive, crushed, do not be underground during the Shift. Allow yourself access to the open air. Cities Will Not be Safe During these coming times, most of the cities, most of your existing structures, will crumble, even if they are retrofitted. The types of quakes and shocks will be unexpected, and will find the weak link in the way these building have been constructed. Beyond collapsing buildings that will be virtual death traps, gas lines and oil and gasoline storage will be in flames, and the whole place likely to become an inferno. A building awry, cracking, tipping, ready to crumble, is not a safe place to live in and they will be abandoned, and eventually will crumble due to the weather. During violent earthquakes, those humans who survived were surrounded by the least structure. Those who live in light housing will find that they survive, not crushed by their dwelling, but will be temporarily without housing. Where the weather is temperate, this can be dealt with. Temporary structures can be built from trash, dug into the hillside, and bermed structures are warm, insulated by the Earth. Those who survive and are resourceful will find that they may not be living with the standard of living that they had before, but they are snug. 

 So, if one cannot huddle in buildings or caves and the winds are of hurricane force, what to do? Valleys between sheltering hills protect from winds to some degree, but give no shelter from firestorms or hailstones. In looking at stable structures like shipping containers, well braced and ready to handle a great deal of weight, of course they will resist as long as they don't have a rock slide or something like that attacking their structure, and as long as the container is well secured so that the occupants don't get tossed around or rolled in high winds or a rumbling rolling earth. There will be a great many aftershocks (for decades after the Shift) as well as the major shocks of the Pole Shift, times when the plates of the Earth are going to be settling for some time. 

The single structure that resists tearing away in hurricane force winds and can withstand the magnitude of earthquakes expected is a continuous oval, partly laid into the earth. Domed Structures give the least resistance to winds, and where the dome is continuous, provides a shape most resistance to earthquake damage. Wind sweeps over but does not lift this, and the sharp jolt of an earthquake will not crack a continuous form. An oval with a bit of a plate shape on the bottom will also settle into its pre-quake position under the jiggling influence of after shocks, readjusting itself on lose earth after a quake such that one does not find the house at a tilt for long. Made of Metal, such a structure also protects from fire and hailstones. It may be a radical theory, but an oval of this nature can make a nice ceiling, a pleasant place to be indoors when indoor living and indoor gardening is going to be a necessity. Many Service-to-Other groups are working on such structures, in preparation for the coming cataclysms.

🌍 JUN 8–14, 2026 REPORT Three M6 events this week: M6.5 Mindanao (69km, subduction), M6.1 Cuba (26km, crustal), M6.0 Auckland Islands (13km, plate boundary). Diverse tectonic settings globally. 📊 3 M6.0 events 📅 Jun 8–14, 2026 @raspishake #Earthquake

Ya but those are from subduction zone areas that physical displace water vertically. What we need to be more concerned about is an underwater landslide which docent necessarily need a strong quake.

Where's the next big earthquake? Your prediction? Stressing in subduction near culmination and unlock, energy released

1/5/2026 Thought Compendium~R.A. ┌──────────────────────────────────────────┐ │ EXTERNAL DRIVERS │ │ (Earth rotation, mantle convection, etc) │ └──────────────────────────────────────────┘ │ ▼ ┌──────────────────────────┐ ┌───────────────────────────────┐ │ INPUT: PLATE MOTION │ │ INPUT: WATER SEDIMENT │ │ Pacific Plate velocity │ │ into trench (hydration/flux) │ └──────────────────────────┘ └───────────────────────────────┘ │ │ └──────────────┬───────────────┘ ▼ ┌────────────────────────────┐ │ CORE PROCESS: SUBDUCTION │ │ - slab descent (steep) │ │ - slab pull / rollback │ └────────────────────────────┘ │ ├───────────────► (A) STORAGE STATE │ ┌─────────────────────┐ │ │ ENERGY STORAGE │ │ │ - locked segments │ │ │ - deep strain │ │ │ - thermal buildup │ │ └─────────────────────┘ │ │ │ ▼ │ ┌─────────────────────┐ │ │ RELEASE TRIGGERS │ │ │ - threshold reached │ │ │ - geometry shifts │ │ │ - fluid pulses │ │ └─────────────────────┘ │ │ ▼ ▼ ┌────────────────────────────┐ ┌───────────────────────────┐ │ OUTPUT 1: DEEP QUAKES │ │ OUTPUT 2: MAGMA GENERATION│ │ (in-slab, deep focus) │ │ (flux melting) │ └────────────────────────────┘ └───────────────────────────┘ │ │ │ ▼ │ ┌───────────────────────────┐ │ │ OUTPUT 3: SUBMARINE ERUPT │ │ │ (seamount growth/vents) │ │ └───────────────────────────┘ │ │ │ ▼ │ ┌───────────────────────────┐ │ │ OUTPUT 4: EMERGENCE PHASE │ │ │ (island breaches surface) │ │ └───────────────────────────┘ │ │ │ ▼ │ ┌───────────────────────────┐ │ │ OUTPUT 5: RETURN / LOSS │ │ │ - erosion │ │ │ - flank collapse │ │ │ - subsidence │ │ └───────────────────────────┘ │ ▼ ┌────────────────────────────────────┐ │ OUTPUT 6: ARC MIGRATION / RE-SITING │ │ (rollback shifts where "new land" │ │ forms; northward engine bias) │ └────────────────────────────────────┘ FEEDBACK LOOPS (system stabilizers amplifiers) ------------------------------------------------ 1) Rollback Feedback (often amplifying): Steeper slab → stronger rollback → more back-arc extension → more melt pathways 2) Construction vs Collapse Balance (often stabilizing): Faster growth → steeper slopes → higher collapse risk → resets height 3) Hydration Pulse Feedback (episodic): More fluids → more melt → more eruption → changes permeability → alters future fluid routing LAGS (why it feels "cyclical" to observers) ------------------------------------------ - Deep slab processes: years → centuries - Volcano construction to breach: decades → millennia - Uplift/subsidence & reef terraces: thousands → millions of years

And it only happens deep inside the earth and are eventually exposed back to the surface after a process of subduction, uplift and erosion the combination of which requires vast epochs of time....far far FAR beyond the timeline alloted by the flood narrative.