Planet Monitor v4.0 | Fresh Layered Propagation and Verified Prediction Ledger

Planet Monitor

MEFI direct dynamics · planetary field observation

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What you are looking at: this page independently builds the complete Earth UFR state from current solar and near-Earth measurements, then compares it with measured seismic, volcanic, atmospheric, and weather-response records.
Why MEFI is run: it follows the ordered expansion, compression, transition, and field/material layers through nested planetary nodes so a readings-based probability, timing range, and later verification record can be shown.
What changes: only interpretations and verification records are added. Source measurements remain untouched. The verified hit rate uses strict v7 layered records only: a complete current-only sensor set, a fresh numbered calculation, at least 70% certainty recorded before the event, a closed window, and complete coverage from every selected catalog source. Older records remain exportable audit history but never enter the rate.

Observation scope

Data & Display Controls

Time window

Min magnitude

Catalog sources (merge + de-dupe)

USGS EMSC GEOFON IRIS (retired)

Auto-refresh (seconds)

Max events shown (display only)

Notes:

• Catalogs may overlap; this page merges and de-dupes.

• Volcano observations use the USGS status GeoJSON layer.

• Earth UFR channels remain in their published native units.

• Seismic records are retained for 30 rolling days in IndexedDB; refreshes and reopens do not reset the archive.

Step 4 · Analysis

MEFI Comparison Settings

Bin size

Lag scan forward (hours)

Core input source

Planet Monitor calculates the complete kᵣ(t), kᶜ(t), r(t), ΔQ(t), and f_UFR(t) relationship from its own current sensor requests. A current shared Earth UFR package may be compared as an independent cross-check, but this page never requires another page to be open.

Live core formula series has not been loaded yet.

Input contract: F_MEFI(r,t) = [k_c/r² - k_r/(r²(1+r))] + ΔQ(t)f_UFR(t), where k_r is the compression factor and k_c is the expansion factor. Planet Monitor evaluates this relationship locally from current observations. Direct NOAA/NWS, SWPC, and USGS observations remain in their native units.

Standalone data and propagation engine

Planet Sensor Connections & Earth UFR

This page requests and evaluates every required input itself. Only current measurements enter the formula or a prediction. A late measurement is identified as not updating and its number is excluded—it is never held as if live.

Waiting for the Earth UFR data package.

Current-only source connections

Checking primary and backup routes…

Measurement group	State	Primary	Backup / alternate	Newest measurement
Connections are initializing.

Ordered wave layers through nested planetary nodes

Waiting for the current source set.

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readings-based certainty

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layered delay adjustment

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dynamic timing spread

Experimental MEFI analysis, not an official earthquake forecast. The values show the page’s disclosed calculation from current measurements and are preserved with each prediction for later verification.

Visible update

Updated Earth UFR Sensor Contract v2.9

ΔQ source / particlesX-ray flux, proton flux, and electron flux.

Expansion / compressionPlasma density, plasma temperature, and native hPa surface pressure.

PropagationSolar-wind speed plus Vx, Vy, and Vz.

Magnetic phase / coherenceSigned Bx, By, Bz, and Bt. Polarity and reversal are preserved.

Response checks onlyKp, Dst, aurora, seismic, volcanic, and atmospheric observations do not generate substitute MEFI values.

When shared Earth UFR state is missing, this page assembles source/particle, expansion/compression, velocity-propagation, and magnetic phase/coherence readings and evaluates the complete UFR formula locally. A feed still loading is labeled “calculating,” never silently converted to zero.

System readiness

Current Monitor Status

Idle.

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unique events in active window

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max magnitude

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US volcano status points

Reference layer

Volcano Status (USGS)

Not loaded yet.

Data: USGS volcano status GeoJSON.

Measurement workspace

Planetary propagation and response

Atmospheric, seismic, and volcanic observations are presented together while every sensor channel keeps its published identity, unit, timestamp, and source.

Direct measurements only: no proxy substitution, no normalization across unlike units, and no estimated MEFI inputs.

Shared causal sequence

Propagation Effects by Subject

Waiting for the numbered Earth UFR propagation sequence…

Earthquake prediction center

Propagation & Candidate Results

Checking Earth UFR frame freshness, certainty, and seismic verification coverage…

No prediction export created yet.

Current candidate summary

Waiting for automatic data load…

Regional windows & verification

No active observational candidate windows.

Realized and recorded predictions

No prediction outcomes recorded yet.

Interpretation

Waiting for automatic comparison…

Anomalies

Detailed lag scan

No comparison run yet.

Atmospheric prediction center

Atmospheric and weather propagation forecasts

Waiting for the Earth UFR forecast package…

Published model forecastNo proxy substitution

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forecast lead time

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exact frame interval

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selected grid location

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Earth UFR propagation state

Forecast frames will appear when Earth UFR publishes the GFS weather field.

Forecast propagation field

Waiting for mapped forecast areas. One fixed full-world extent; continents never repeat.

Prediction-area field

Filled rectangles are coordinate-aligned extraction cells around the Earth UFR GFS grid points. Color represents the selected published field; vectors are anchored to the corresponding latitude and longitude. Vector length is a display scale, not a calculated travel-distance claim.

Selected-location forecast timeline

Each line retains its published unit and its own axis. Values are not normalized or combined.

Native-unit forecast dynamics by grid point

Forecast time	Grid point	Measured channel	Q(t)	Observed change	Observed rate	MEFI role	Combined-sensor UFR result

For each GFS grid point and parameter, ΔQ is the selected forecast frame minus the preceding published frame. dQ/dt uses the exact interval between those two forecast frames.

Published values at the selected forecast frame

Grid point	Wind	Direction	Gust	Pressure	Temperature	Precipitation

Atmospheric propagation

Weather field and direct station dynamics

Loading global weather field…

Wind level

Field time

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grid mean wind

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grid max gust

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mean pressure Δ6h

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grid precipitation coverage

Waiting for global weather-model fields.

Global field map

Single Natural Earth base map • zoom-out stops at the complete world • no wrapped or repeated continents

Field profile

Direct station readings

MEFI dynamics by station and measured parameter

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stations reporting

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direct channel changes

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newest observation UTC

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newest observation age

Station	Measured channel	Q(t)	Observed change	Observed rate	MEFI role	Combined-sensor UFR result

Each NOAA/NWS station parameter retains its published unit and assigned response role. The UFR result column uses the time-aligned complete combined-sensor calculation; an individual weather change is never substituted for ΔQ.

Weather model field values

Grid point	Wind	Direction	Pressure	Observed Δ6h	Temperature	Precipitation	Sensor role	Combined-sensor UFR result

Earth UFR supplies Open-Meteo NOAA GFS model fields and direct NOAA/NWS surface station observations. Arrows show model wind vectors at the selected level and time; yellow markers are time-aligned station observations. Pressure tendency is selected pressure minus the same grid point six hours earlier. These are weather propagation patterns, not proof of UFR causation.

Earthquake center

Measured seismic activity

Waiting for earthquake catalogs…

USGS + EMSC + GEOFON

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events in active window

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largest measured magnitude

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latest event UTC

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reporting catalogs

Event counts and maximum reported magnitude are binned in UTC. Magnitudes remain the catalog-published measurements.

Volcano center

Official alerts and nearby earthquake associations

Waiting for USGS volcano status and earthquake catalogs…

Association distance

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volcano status points

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elevated official alerts

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nearby event associations

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closest event distance

An association means the earthquake epicenter falls within the selected distance of the volcano during the active earthquake time window. It is a measured spatial relationship, not a statement that the volcano caused the earthquake.

Volcano alert status

Volcano	Official status	Aviation color	Last update	Latitude / longitude

Earthquakes geographically associated with volcanoes

Event time UTC	Volcano	Official alert	Magnitude	Distance	Depth	Event location	Catalog

MEFI Core-State Comparison (ΔQ / derived Earth UFR)

Time-aligned Earth UFR core-formula results are preferred. If that package is absent, Planet Monitor uses the same disclosed combined sensor-to-component calculation: X-ray/protons/electrons → ΔQ; density/temperature/pressure → expansion and compression; speed/Vx/Vy/Vz → propagation response; Bx/By/Bz/Bt → phase and coherence; then the complete FMEFI formula is evaluated.

Spatial view

Global earthquakes, volcano alerts, and proximity associations

One fixed Natural Earth world • zoom-out stops at all continents • no horizontal world repetition

Small circles are measured earthquake epicenters; triangles are volcano status locations colored by official alert fields. Dashed, lightly shaded local footprints show only the stated MEFI candidate radius—not a global earthquake zone. Amber connector lines identify the same distance-based associations listed in the Volcano Center.

Observation records

Latest merged seismic events

Time (UTC)	Mag	Place	Lat/Lon	Depth km	Source

Shared live event system

Solar Event — Complete Propagation Path and Telemetry

ARMED • monitoringNo active eventLast packet —

The recorder is live and waiting for the next solar event record.

Live or archived event

Awaiting next eventEvent ID

ArmedCurrent / final stage

0Retained telemetry samples

—Recorded duration

UTC packet	Stage	Solar-wind speed	Density	IMF Bz	Kp	Dynamic pressure	Earth UFR ΔQ	Π	Atmospheric location/effect	CME surface verdict

Every event uses a unique event ID. Completed events remain selectable with their full stage history and telemetry. The live view automatically returns to ARMED after completion and starts a new record when a new event appears.

Open Monitor Suite