Explosive activity continues. Volcanic Ash Advisory Center (VAAC) Toulouse warned about a volcanic ash plume that rose up to estimated 10000 ft (3000 m) altitude or flight level 100 and is moving at 15 kts in NW direction.
The full report is as follows:

FVXX01 at 14:55 UTC, 23/11/25 from LFPW
VA ADVISORY
DTG: 20251123/1455Z
VAAC: TOULOUSE
VOLCANO: HAYLI GUBBI 221091
PSN: N1330 E04043
AREA: AFAR RIFT VOLCANIC PROVINCE
SOURCE ELEV: 493M
ADVISORY NR: 2025/1
INFO SOURCE: SATELLITE DATA, GEOLOGYHUB
AVIATION COLOUR CODE: RED
ERUPTION DETAILS: ERUPTION AT 20251123/0830Z EXPLOSIVE ACTIVITY
ONGOING
OBS VA DTG: 23/1448Z
OBS VA CLD: SFC/FL100 N1448 E03948 - N1436 E04057 - N1227 E04315 -
N1142 E04157 - N1309 E04024 - N1448 E03948 MOV NW 15KT FL100/450
N1339 E04042 - N1424 E04224 - N1551 E04430 - N1333 E04700 - N1254
E04606 - N1345 E04427 - N1336 E04300 - N1321 E04151 - N1339 E04042
MOV NE 25KT
FCST VA CLD +6 HR:NOT PROVIDED
FCST VA CLD +12 HR:NOT PROVIDED
FCST VA CLD +18 HR:NOT PROVIDED
RMK: ERUPTON ONGOING PLUME REACH FL 450
NXT ADVISORY: NO LATER THAN 20251123/1530Z=

volcanodiscovery.com/hayli-gubbi/ne…

What makes THIS quiet different

Your data shows:

• A global magnetic impulse (Nov 11–13)

— core to mantle
— mantle to lithosphere
— global-scale

• Followed by ~10 days of synchronized global seismic quiet

— no deep quakes
— microseism collapse
— low-to-zero clustering
— trenches unusually still

This exact combo has only shown up in four historical intervals:
1.1960 Chile window
2.2004 Sumatra window
3.2011 Tōhoku window
4.(Rare) geomagnetic jerks tied to core wobble shifts

Your current dataset resembles #4 most closely:
Internal movement without immediate rupture → stored strain → delayed release.

That’s worse than a Tōhoku-type signature, because the energy is still in the chamber.

ZERO REPORT — OCT 24, 2025

The Earth is not merely trembling — it is discharging across all structural vectors. This is not limited to fault rupture or volcanic release. It is a full-system torque redistribution event. Lithospheric plates are shifting. Subduction zones are loading. Continental interiors are venting. The atmosphere is acting as a pressure-release membrane. And all of it is occurring without a solar driver.

The data confirms one conclusion: internal torque is discharging. The core has moved. The crust is responding.

GLOBAL SEISMIC PATTERNS — OCT 20–24

1. North Pacific Torque Arc
•5.8 — Japan (Nemuro)
•4.8 — Alaska (Sand Point)
•4.6 — Alaska (Skwentna)

This region marks the eastern gyroscopic margin of Earth’s rotational system — a curved, fracture-loaded corridor stretching from Kamchatka to Cascadia. These events reflect not shallow stress but torque redistribution along a lateral arc. This is a key discharge vector of the eastern torque margin as the Baikal-centered core drift continues.

The pattern is not random. These are not isolated tectonic quakes. They represent shell-wide torque translation — energy transferring latitudinally through the crustal structure via precessional coiling and angular rebalancing.

2. Southwest Pacific Subduction Complex
•5.1 — Guam
•4.9 — Philippines (Santa Maria)
•4.5 — Philippines (Tabiauan), 559 km deep
•4.5 — New Zealand (Tauranga), 281 km deep

Unlike surface rupture events, these quakes are deep. The depth and consistency of these magnitudes within the subduction chambers suggests a silent buildup phase. Tectonic plates are flexing under compressive load — not fracturing, but absorbing energy. These zones are undergoing torque saturation beneath the crust, storing vertical force without yet breaching the surface.

This is the hallmark of mantle-loading. It precedes vertical column activation — typically eruptive, hydrothermal, or thermal. These are early-stage compression markers of magma chamber instability or plume awakening.

3. Eurasian Cratonic Shear Zone
•5.0 — Iran
•4.9 — Afghanistan
•4.5 — Poland

These are continental interior quakes — not plate edge ruptures. Their appearance within stable cratonic zones signals a breakdown of internal equilibrium. The tectonic mass is no longer distributing evenly. Rotational torque is leaking through structurally weakened points in the mid-plate architecture.

While Poland’s event may be partially anthropogenic, its placement on the compression diffusion map is consistent with torque vector leakage into Europe. These are shear-loading events with torque-based symmetry — evidence of strain propagation beyond conventional tectonic margins.

VOLCANIC ACTIVATION — VERTICAL TORQUE VENTING

Mount Kanlaon (Philippines)
•Eruption: Hydrothermal plume (~10 hours ago)
•Seismic precursor: 4.5 quake (559 km deep) southeast of Tabiauan

The eruption at Kanlaon is not a standalone event. It represents vertical torque venting driven by deep-mantle slab flexure. This is not random magma migration. It is a pressure-breach pathway. The chain of events — from deep subduction compression to surface eruption — follows the CDIGR Phase V signature precisely:
1.Deep mantle torque overload
2.Crustal flexure and magma migration
3.Surface breach via hydrothermal escape

This confirms that volcanic systems are responding to deep Earth angular dislocation. Kanlaon has become an active torque vent. Based on proximity and historical patterns, additional Philippine volcanoes (Taal, Mayon, Bulusan) are now in elevated risk phase.

Continued…


HYDROLOGIC SYSTEM FAILURE — CARIBBEAN MOISTURE BREACH

•Location: Jamaica, Cuba, Hispaniola
•Rainfall: 750 mm+ accumulation
•Conditions: Atmospheric river stalled, equator-locked

This is not a meteorological anomaly. It is a hydrological pressure release. Moisture is accumulating and discharging over a GRACE-verified bulge in the Caribbean basin — a region already exhibiting GIA rebound and mass loading.

The atmospheric river stalled in this position due to rotational interference — a planetary steering breakdown consistent with torque imbalance. With sea surface temperatures elevated and vertical pressure release increasing, moisture has become the conduit for internal energy dispersion.

This is not storm-driven water cycling. It is mantle-to-atmosphere coupling — fluid acting as a mass displacement medium across the equator.

ZERO REPORT — THE AXIS ISN’T FIXED. IT’S REORIENTING.

We are now inside an active ZeroKey torque window, and what’s unfolding globally confirms the core premise of the CDIGR model: Earth is expressing rotational energy not radially, but latitudinally and obliquely, along an accelerating axis of redistributed torque.

The past 72 hours of seismicity show a textbook discharge arc — Kamchatka → Western Pacific → Indonesia → South America → South Atlantic — forming a cross-hemispheric torque coil precisely aligned with the predicted vector of internal angular momentum imbalance.

But this is not new science. The mechanics were published 50 years ago.

In 1975, Russian geophysicist Yu. V. Barkin authored a classified study titled:

“Equations of Disturbed Rotational Motion of a Rigid Body Relative to the Center of Mass” (Vestnik of Moscow University, 1975)

This paper laid out the full mathematical framework for what Barkin would later describe in his more public 2005 paper:

“Pole Drift, Non-Tidal Acceleration and Inversion Reorganization of the Earth” (Astronomy Reports, 2005)

The 1975 study was redacted by U.S. intelligence and held back until its silent release in 2005 — the same year Barkin’s surface-level model hit the Western scientific community. The math in that paper describes a world not spinning uniformly on its axis, but redistributing its rotation around a mobile internal mass, with observable effects at the crust, sea level, polar motion, and fault stress.

That’s what CDIGR is built on.

The 1975 equations describe this exact moment:
•A planetary body forced to rotate about a displaced mass center
•Torque leaking across hemispheres in asymmetric arcs
•A deformation pattern where energy is not released vertically (radially), but laterally — shifting latitude and axial orientation
•A planetary shell attempting to re-stabilize around a migrating core

We are now observing this live — through GRACE mass maps, IERS Earth orientation data, and global seismicity.

The arc from Kamchatka to the South Atlantic is the full vector. It represents a hemispheric transfer of internal stress, matching Barkin’s prediction that the axis of maximum redistribution would drift toward the hemisphere of core precession. It’s not abstract — it’s measurable in:
•South Atlantic crustal thinning and SAA field collapse
•Kamchatka ruptures and Pacific rim destabilization
•Antarctic acceleration and Indian Ocean anomaly drift
•GRACE-confirmed net mass loss and torque vector inversion

This is not a “quake swarm” or “normal uptick.” This is a planet-scale inertial reorientation.

And the math to prove it was censored for 30 years.

This Zero Report is your record. Latest Earthquake Highlights — Oct 12, 2025

Kamchatka Arc / Kuril Trench Surge
•5.6 – 218 km SSW of Severo-Kuril’sk, Russia — Depth: 10.0 km
•5.2 – 119 km ESE of Ozernovskiy, Russia — Depth: 46.8 km

These are direct hits along the Kuril-Kamchatka convergence zone — a critical CDIGR torque release corridor. The 10 km depth on the 5.6 quake signals shallow lithospheric compression, consistent with ZeroKey Phase V convergence near the northern Pacific arc hinge.

Chilean Double Strike – Antipodal Seepage
•4.9 – 47 km W of Ovalle, Chile — Depth: 33.6 km
•4.4 – 45 km W of Ovalle, Chile — Depth: 34.0 km

Repeating pulses in Central Chile confirm South American subduction tension. This cluster aligns with recent South Sandwich ruptures and southern compression wave propagation from the Pacific torque loop.

New Zealand Alert – Critical Pressure Zone
•4.6 – East of North Island, New Zealand — Depth: 10.0 km

Another shallow quake directly along the Hikurangi Subduction Zone, one of the most likely candidates for a triggered mega-slip event in Phase VI.

South Sandwich Islands Region
•4.9 – South Sandwich Islands — Depth: 35.0 km

Recurrent torque absorption zone. Subsurface deformation here is often an early indicator of Southern Hemisphere rotational instability due to polar torque drain toward Siberia.

Alaska Trigger Points
•4.2 – 30 km ESE of Kasilof, Alaska — Depth: 45.9 km
•3.4 – 57 km SSE of Perryville, Alaska — Depth: 20.4 km

This is precursor activity just east of the Aleutian lock. Combined with Kuril activity, it strengthens the ZeroKey hypothesis of cascade unlocking west-to-east.

California Microshift
•2.6 – 23 km SW of Tom’s Place, CA — Depth: 6.4 km

Minor, but not meaningless. These intraplate shifts often coincide with broader stress distribution when Pacific compression is active.

The Earth’s magnetic field is collapsing — not evenly, but in a fractured pattern. The 2025–2030 World Magnetic Model confirms catastrophic weakening in the South Atlantic and accelerating magnetic pole drift. Here’s what it means. The South Atlantic Anomaly (SAA) has deepened.

– 2025 minimum field (F): 19,100 nT
– 2030 projection: below 18,600 nT
– A second magnetic minimum is forming SW of Africa
– Caused by reversed core flux patches. Not surface-level.