Just some sort of anomaly. Varied content creator. Extra piece of glue for frontier science. Find your survival tribe. Come join Solarkillshot.org 🏕 SO

Joined October 2015
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If anyone would like to help support what I'm doing, I created a buymeacoffee.com/FrontierSig… I would like to collaborate with and support the frontier communities involved with: ECDO, Observers (SpaceWeatherNews), Archeology and Ancient History, Spirituality, and general Truth. I am creating frontier-signals.github.io/F… which aims to host information in a free, open source format, create useful dashboard feeds, and be a preliminary space for other discoveries. I have been trying to make daily short updates with the occasional deep dive sprinkled in to help facilitate new discussion and help break down certain topics. Will you join the frontier?
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Brave Cat 🇺🇸 ☀️ retweeted
Yes
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Look at the difference between last 7 days USGS reported earthquakes in Philippines compared to a combined feed with EMSC, USGS, and GEOFON on it. The combined feed is merging duplicate earthquakes too. The EMSC has terrible catalog query functions and their map never shows the full scope unless you parse the data into a separate leaflet map like I have done on my website's earthquake dashboard. Many seismologists primarily use USGS for their data, and clearly there is a lot missing. Maps like Global Incident Map don't even use the EMSC data, and programs like EQ3D only utilize limited "last 100" earthquakes on their EMSC feeds. I believe they use EMSC to hide a lot of earthquakes because they provide such a mediocre service when it comes to looking through the data and having it on their map. The 7.8 completely broke this area seismically and the USGS data is just the tip of the iceberg.
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Sure to impact animal and human reproduction...mark my words. Poor guy saw his home's value drop to essentially zero. Ain't no one buying a house to deal with that noise 24/7
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Brave Cat 🇺🇸 ☀️ retweeted
Replying to @Climate_Earth20
For those who may be interested: @GROK, how does recent discovery of a 9,000 mile wide heat wave in the deep ocean and the recent 6.9 earthquake in Chile factor into ECDO Theory? x.com/sunfellow/status/20591… Melting Arctic Permafrost Provides More Support For Cataclysmic ECDO Theory x.com/sunfellow/status/20635… Zacharias: Now The Earth’s Rotation, Atmosphere, And Oceans Are Decoupling! x.com/sunfellow/status/20594… Grok, When, Exactly, Will The Predicted Crustal Displacement Take Place? x.com/sunfellow/status/20589… @ZachariasPro Resources: His Papers, ECDO GEOSYNC Research Page, GEOSYNC Monitor & ECDO Connections x.com/sunfellow/status/20583… Outstanding Summary: Roger Cunningham & Ben Davidson 2026 Pole Shift Conference Presentations x.com/Kitsune_in_VA/status/2…

GROK Prompt: @GROK, how does recent discovery of a 9,000 mile wide heat wave in the deep ocean and the recent 6.9 earthquake in Chile factor into ECDO Theory? GROK Response: x.com/i/grok/share/5f629ffd5… According to ECDO (Exothermic Core-Mantle Decoupling – Dzhanibekov Oscillation) Theory, both the 9,000-mile subsurface Pacific heat wave and the recent 6.9-magnitude earthquake in Chile are interpreted as direct manifestations of the same underlying geophysical process: exothermic heat release and mechanical decoupling at the core-mantle boundary, which destabilizes the planet and drives it toward a mediated Dzhanibekov-style oscillation (true polar wander/crustal displacement). ECDO Theory in brief (developed by The Ethical Skeptic): Earth’s rotation alternates between two stable inertial states. In “State 1” (current configuration), a strong geomagnetic field couples the core tightly to the mantle/crust. Over time, exothermic phase changes in the core (specifically hexagonal close-packed iron, HCP-Fe) release enormous latent heat at the core-mantle boundary (D″ layer). This heat sloughs off into the denser portions of the viscoelastic mantle, while the low-density Large Low-Velocity Provinces (LLVPs -- one under the Pacific, one under southern Africa) act as a “gyroscopic axis.” When the core’s magnetic moment weakens enough (the “Indigo Point”), viscous/electromagnetic coupling fails. The mantle-crust (outer rotational body) then undergoes a torque-free, 104°-scale Dzhanibekov tumble along a specific Euler axis (roughly 31°E meridian through Giza/southern Africa) until it reaches “State 2.” Ancient monuments worldwide allegedly encode this alternate pole (Nₚ′), and global flood myths, black-soil patterns, and erosion scars are cited as evidence of past events. The process is cyclic and produces cataclysmic effects: massive ocean sloshing, rapid climate shifts, and tectonic chaos. How the 9,000-mile deep-ocean heat wave fits The “freight train” of anomalously warm water (a Kelvin wave carrying ~13.5 °F / 7.5 °C above-average temperatures hundreds of feet down across the equatorial Pacific) is viewed in ECDO as geothermal heat from the core-mantle decoupling rising through the mantle and into the oceans. • The theory explicitly predicts heat flux concentrated along Euler-axis centroids in the Pacific (120°E / 60°W region). This subsurface warming precedes and drives surface SST anomalies, ENSO events (including super El Niños), and the rapid abyssal ocean heating observed in recent years. • Mainstream science attributes the Kelvin wave to wind-driven dynamics and natural variability (possibly amplified by long-term warming), but ECDO proponents argue the scale, depth, and persistence of the heat -- appearing from below the water column rather than just at the surface -- match exothermic core heat transiting the mantle, not atmospheric forcing alone. • The linked X post -- x.com/sunfellow/status/20591… -- makes exactly this connection, calling mainstream coverage “clueless” and directing readers to ECDO resources on pole shift and crustal displacement. In the theory’s timeline, such a massive deep-heat pulse signals we are progressing through the Indigo Point toward the Tau Point (the actual oscillation). How the 6.9 Chile earthquake factors in The May 25, 2026 event (Mag 6.9, ~109 km depth, 29 km ENE of Calama, Chile -- right in the Nazca-South American subduction zone) is seen as one symptom of the broader mantle-crust stress field created by decoupling and heat injection. • ECDO predicts global seismicity clustering in bullseye patterns and concentric bands around the Euler axes (including the Pacific subduction zones). Differential rotation between core, mantle, and crust, plus heat-driven convection and mass redistribution, generates shear stresses that manifest as deeper-than-average quakes, volcanic upticks, and “crinkle” effects along specific meridians. • Chile sits near the 60°W Euler-axis longitude highlighted in the theory, so events here are interpreted as precursors rather than random plate-tectonic slip. The intermediate depth (109 km) is consistent with stresses originating from deeper mantle layers rather than purely shallow crustal movement. • In the theory’s framework, these quakes are not isolated; they accompany the same core-mantle heat pulse that is also warming the Pacific. Both are early-warning signals of rotational instability building toward the next cataclysmic shift. Bottom line from the ECDO perspective (as promoted in the linked post and related materials): These two events -- a continent-spanning subsurface heat “blob” in the Pacific and a significant deep quake on the South American margin -- are not coincidences or mere weather/tectonic noise. They are observable evidence that the exothermic core-mantle decoupling process is active, heat is migrating upward, and the planet’s inertial state is being destabilized. Proponents see them as confirming the theory’s predictions and bringing us closer to the Tau Point (the flip/crustal displacement event itself), which would involve massive ocean displacement, climate chaos, and the kinds of global cataclysms recorded in ancient myths and geology. Mainstream geophysics and climatology explain the heat wave as a natural Kelvin wave within the ENSO cycle (possibly intensified by background warming) and the Chile quake as routine activity in one of Earth’s most seismically active subduction zones. ECDO Theory reframes both as symptoms of a deeper, cyclic geophysical driver that mainstream models do not currently incorporate. The X post you linked explicitly ties the heat wave to ECDO/pole-shift discussions and asks when the predicted crustal displacement will occur -- exactly the interpretive lens the question is using. Whether or not the theory holds is hotly debated (it remains a fringe hypothesis), but within its own framework, these recent developments are treated as highly significant confirmatory data points. Related Links: 9,000-Mile 'Blob' Of Hot Water Crossing The Pacific Could Unleash A Super El Niño x.com/sunfellow/status/20591… Grok, When, Exactly, Will The Predicted Crustal Displacement Take Place? x.com/sunfellow/status/20589… @ZachariasPro Resources: His Papers, ECDO GEOSYNC Research Page, GEOSYNC Monitor & ECDO Connections x.com/sunfellow/status/20583… Could The Earth Flip? The Full Case For & Against ECDO Theory. x.com/sunfellow/status/20576… How Cosmic, Solar, And Deep-Earth Forces Could Conspire To Flip The Planet
x.com/sunfellow/status/20557… So When, Exactly, Is The Pole Shift Going To Happen? x.com/sunfellow/status/20333… The Coming Pole Shift sunfellow.com/pole-shift/ Pole Shift Articles On X x.com/sunfellow/articles Ancient Civilizations & Earth Disaster Cycles rumble.com/c/AncientCiviliza…
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Brave Cat 🇺🇸 ☀️ retweeted
Valuable reference guide to the Geomagnetic field strength 🌎 🧲 civilization has been riding for the past 20Ka..! You can see we are approaching the critical break line at 7 ^22 Am^2 field strength.. How would we calculate the next major geomagnetic jerk window..?
I need to update this but worth re-sharing this banger. Geomagnetic strength is already at or approaching Noah Event levels
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If only frontier science and archeology got nearly as much engagement as bread & circuses. I love hockey but at the end of the day its just another distraction.
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Brave Cat 🇺🇸 ☀️ retweeted
“When the human race learns to read the language of symbolism, a great veil will fall from the eyes of men.” - Manly P. Hall
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Brave Cat 🇺🇸 ☀️ retweeted
Those who say that the Younger Dryas was caused by a meteor hitting the Earth or grazing the atmosphere have not done their homework. The Cyclical Geophysical Event is caused by a combination of axial and apsidal precession, which leads to geomagnetic excursions and, together with Grand Solar Minima, causes abrupt climate change, massive floods, volcanic activity, and the reshaping of the continents. The Younger Dryas is not an exception. Similar events occurred during the 8.2-kiloyear event, the 5.9-kiloyear event, the 4.2-kiloyear event, the Bronze Age Collapse, and are happening today.
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wtf?
BREAKING: Massive fire erupts from a medical supply warehouse that can be seen for miles in Tracy, California. The fire is at the Medline warehouse, one of the largest medical supply distributors, which ships products to hospitals and healthcare facilities across the country. Multiple agencies and firefighters are working to get the blazing building under control, as investigators try to find the cause of the fire.
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Brave Cat 🇺🇸 ☀️ retweeted
LLSVP Axis Test 01: I added 3 more mantle tomography models. And, across 5 independent models, 4 recover principal inertia axes clustered near 104 to 111°E. The strongest confidence is in TX2011, SPani, and SEISGLOB2 because their top eigenvalues are better separated. S40RTS and SEMUCB-WM1 have near degenerate top eigenvalues, so I’m treating their recovered axes carefully. In this tomography test, none of the 5 models recovered an axis near 31°E.
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There's a lot they like to shove in our face. @swilliamism is my favorite youtuber to watch regarding freemasonic architecture and symbols. Excellent journalist. He makes the freak show they are running palatable and interesting if not still skin crawling.. youtube.com/@swilliamism
They say long ago Saturn was the binary sun in our solar system. It went dead abruptly and the Freemasons worship Saturn using the checkerboard symbolism. Black for the dead sun and white for the live sun. And yes, white sun, it’s accruing mad amounts of cosmic dust and etc. now
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Brave Cat 🇺🇸 ☀️ retweeted
GROK, please provide the exact quotes from Chan Thomas that this post on X is referring to: x.com/i/grok/share/b4d870158… See also: The Adam & Eve Story: The History Of Cataclysms by Chan Thomas (pdf, 1963/1993, declassified edition) sunfellow.com/files/books/Ch… When Humans Lose Their Way, The Gods Reset The System x.com/sunfellow/status/20358…
Chan Thomas wrote in his book that before every great cataclysm, civilization enters a period of decline. Crime increases, hostility grows, and moral values begin to deteriorate. He argued that a weakening of Earth's magnetic field influences human behavior and contributes to this societal breakdown. Thomas portrayed the period before each cataclysm as being characterized by rising aggression, political and social polarization, moral decline, increasing conflict, criminal behavior, and technological advancement alongside spiritual decline. Do you think this is what is happening today? Is this what Jesus meant when He said people would behave as they did in the days of Noah before His return?
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Brave Cat 🇺🇸 ☀️ retweeted
A long-duration C6.7 flare from AR4465 produced a halo CME. Bulk propagation appears NE-directed. Glancing impact possible on June 13.
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Brave Cat 🇺🇸 ☀️ retweeted
Kang, Nimmo, and Ding (2023) entertain the possibility of true polar wander (TPW) occurring on lava worlds, among the most detectable terrestrial exoplanets and high-priority targets for atmospheric characterization, since their atmospheres may offer clues to their composition and origin. These are tidally locked planets so close to their host star that their permanent dayside surface temperature exceeds the melting point of rock, sustaining a global magma ocean, with a permanent substellar point (the spot directly beneath the star) and antistellar point (the spot facing directly away) creating an extreme and persistent temperature contrast between hemispheres. The authors find that lava planets within a certain mass and temperature range may undergo TPW, and this likelihood increases with star mass. Driven by the pressure difference between the hot dayside and the cold nightside, mineral gases evaporated from the magma ocean accelerate to supersonic speeds and are transported toward the nightside, where they condense and accumulate as a solid mass deposit on the lithosphere beyond the magma ocean's edge, the boundary where surface temperatures fall below approximately 1,600 K, the freezing point of magma. This continuous redistribution of mass gradually reshapes the planet toward a flattened donut-like geometry oriented along the tidal axis. Because this shape resists the natural tendency of the planet's longest axis to remain pointed toward the star, it could trigger TPW, in which the solid body of the planet reorients itself relative to its spin axis, which remains fixed in inertial space. The authors separately acknowledge one factor not fully accounted for in the present model, noting that "in the atmospheric transport model, we ignore the rotation effect on the air flow, which, if accounted for, would induce flow asymmetry between the leading and trailing hemispheres and thereby a preferred direction for TPW to occur." Figure 1 illustrates the atmospheric mechanics underlying this process, tracing how air temperature, pressure, and wind velocity evolve with distance from the substellar point, mapping mass deposition rates across a range of planetary masses and surface temperatures, and confirming that the spatial scale of the mass load follows a theoretically predicted scaling relationship. Figure 2 maps the nondimensional load size across a parameter space of surface temperature and planetary mass for host stars of one, three, and ten solar masses, with areas enclosed by the bold zero-contour expected to undergo TPW. Comparing across panels shows that the region favorable to TPW expands considerably with increasing stellar mass, because a more massive star is far more luminous, requiring a planet to orbit at a much greater distance, where both the rotational and tidal bulges that resist reorientation are weaker and more susceptible to being overcome by the accumulated mass load. Overlaid shading indicates atmospheric escape rates and regions where tidal locking timescales make the scenario physically inapplicable. As the distance between a host star and its planet decreases, the star appears larger in the sky and the terminator, the line dividing day from night, broadens into a wide twilight band, so that an increasing portion of the planet experiences a partial view of the star rather than seeing it either fully or not at all. This effect is relevant to TPW because it influences the location of the magma ocean's edge and therefore where atmospheric mass is deposited, which in turn affects the gravitational torque that could drive reorientation. Figure A2 illustrates the geometry of stellar illumination as seen from the planet's surface, showing the angle between the center of the star's disk and the local vertical at a given tidally locked colatitude. The authors note that if TPW occurs, the progressive enrichment of the dayside magma ocean and atmosphere in refractory materials (heat-resistant minerals such as aluminum and calcium compounds, i.e. Al, Ca), expected as more volatile species (easily vaporized substances such as sodium and potassium) are continuously transported to the nightside, would be interrupted, as previously deposited volatile material rotates back toward the substellar point, melts, and re-enters the atmospheric cycle. The correlation between TPW likelihood and star mass indicates that lava planets surrounding more massive stars may retain a composition closer to their original, less processed state, with a higher proportion of these volatile materials remaining rather than being progressively stripped away, though the shorter lifespan of a massive star independently contributes to a less-evolved composition as well, an effect the authors note must be accounted for separately to isolate the influence of TPW itself. The authors suggest these compositional differences may be validated by exoplanet demographic surveys, with atmospheric characterization made increasingly accessible by high-resolution spectrometers such as the one carried by the James Webb Space Telescope (JWST). Kang, W., Nimmo, F., & Ding, F. (2023). True polar wander of lava worlds. The Astrophysical Journal Letters, 949, L20. doi.org/10.3847/2041-8213/ac…
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