Earth UFR Mission Control v3.6 | Single Detailed Map Inspector

MEFI formula contractF_MEFI = k_c/r² − k_r/[r²(1+r)] + ΔQ·f_UFRk_c expansion • k_r compression with (1+r)verifying

Earth UFR Mission Control v3.0 — 30-Day Research History

Full signed magnetic vector • plasma density and temperature • velocity vector • hPa expansion/compression lane • authoritative MEFI publishing

status: booting…

What you are looking at: Earth UFR is the authoritative calculation hub. It time-aligns direct solar, plasma, velocity, magnetic, pressure, and Earth-response observations, evaluates the complete MEFI relationship, and publishes one traceable state to the other monitors.
Why run MEFI: the framework tests whether changes across different measured channels form an ordered, coherent propagation pattern while preserving every source value and unit.
What the framework changes: it adds a shared ΔQ/coherence/F_MEFI interpretation, stage, confidence, and timing context. It does not alter the measurements, replace missing readings, prove causation, or guarantee an outcome.
Research history: every live refresh is retained locally for up to 30 days. The chart browser can move through the full recorded period, while one chronological CSV exports native measurements, recorded and reanalyzed MEFI terms, per-channel ages, source lineage, and explicit missing-data quality fields.

Earth UFR Mission Control

Central telemetry propagation hub • direct observations → recalculated MEFI dynamics → downstream interpretations

sequence —

Raw observations

Solar X-ray • plasma density and temperature • velocity Vx/Vy/Vz and speed • signed IMF Bx/By/Bz/Bt • proton flux • electron flux • surface pressure in hPa • Earth-response context

MEFI processing

Time-align • per-channel change • driver dynamics • ΔQ • MEFI coherence r(t) • coupled modulation • propagation analysis

Downstream interpretation

FMEFI result • propagation stage • confidence estimate • earthquake • volcano • atmosphere • storms • aurora • correlation windows

↔ Scroll or swipe left and right to view the complete propagation chain.

MEFI Dynamics — Direct Observations

Current ΔQ—

MEFI coherence r(t)—

ΔQ × r(t)—

Dynamics statuswaiting for direct inputs

Complete UFR Formula

F_MEFI(r,t) result—

Compression factor kᵣ(t)—

Expansion factor kᶜ(t)—

Formula radius / separation r(t)—

Resonance input f_UFR(t)—

Expansion term—

Compression term—

ΔQ·f_UFR(t)—

Formula statusinitializing live recalculation

F_MEFI(r,t) is the result of the entire formula calculation. Values remain unavailable until measured inputs exist. A retained reading is explicitly labeled with its source age; the page no longer inserts neutral startup numbers.

Live Propagation Timing

How to read this panel: the stage identifies the furthest measured step supported by the current telemetry—not a claim that every later Earth effect has happened. Progress describes the observed chain; transit and arrival appear only when a source event and usable speed are both present.

Detected eventInsufficient data

Elapsed—

Current stageWaiting

Indicative transitInsufficient data

Estimated arrivalInsufficient data

Progress0%

Data freshness—

Last update—

What this stage meansWaiting for current telemetry.

Why MEFI is appliedTo keep measured inputs in one ordered calculation and test whether their changes form a coherent propagation sequence.

Framework impactNo downstream interpretation is promoted until its required measured stage is available.

Transit timing is an indicative calculation using current solar-wind speed. It is not a guaranteed CME-arrival prediction.

Direct Sensor Data Completeness

—%

Insufficient data

Factors increasing confidence

Waiting for telemetry

Factors reducing confidence

Initial calculation pending

calculated —

This is an experimental telemetry-based MEFI confidence estimate, not an established scientific probability.

Propagation Effects by Subject

Every subject follows the same numbered UFR propagation flow. A page heartbeat is optional and never determines whether an effect exists.

Weather sensor hubwaiting

Weather package—

Specialist Monitor Returns

Bundle statuswaiting

Observed window—

Volcano associationswaiting

Returned direct channels—

Atmospheric propagationwaiting

Earthquake candidateswaiting

Candidate verification—

Atmospheric forecastwaiting

Forecast dynamics—

Shared APIwindow.MEFIPropagation

SynchronizationBroadcastChannel + storage

Earth UFR — Full-World Response Map

Waiting for shared Earth-response coordinates.

one fixed world

↔ Scroll or swipe on compact screens. The map stops at one complete Earth; continents never wrap or repeat.

SeismicPredictionAtmosphereAuroraBase boundaries: Natural Earth 1:110m

Updated Sensor Configuration — Visible Live Contract

These are the sensor placements used by Earth UFR. Native measurements stay separate from the MEFI interpretation.

UPDATED v2.9

ΔQ source and particles X-ray: waiting Protons: waiting Electrons: waiting

Expansion / compression Plasma density: waiting Plasma temperature: waiting Surface pressure: waiting

UFR propagation Speed: waiting Vx / Vy / Vz: waiting Velocity sets direction and timing; it is not treated as compression by itself.

Magnetic phase / coherence Bx / By / Bz / Bt: waiting All signed components are retained. Bz is never converted to |Bz|.

Response checks only Kp / Dst / aurora / seismic: waiting These measurements verify Earth response and never generate a replacement MEFI state.

Authoritative rule: missing MEFI inputs remain unavailable. Nothing in the response-check lane is silently converted into ΔQ, UFR coherence, Π, EUMI, propagation timing, or MEFI confidence.

Propagation Timeline

Measured sequence inspection: source ΔQ → particle ΔQ → expansion/compression → velocity propagation → magnetic phase/coherence → Earthbound pressure → complete UFR → downstream responses

waiting for telemetry

Timeline entries identify measured telemetry transitions and experimental MEFI-derived responses. Missing stages remain explicitly marked as waiting or insufficient data.

Kp-Decline Propagation Alignment

Prospective sequence monitor: Kp surge → sharp Kp decline → concurrent rise across independently measured propagation channels.

waiting for history

Alignment strength

—

Aligned channels

—

Kp peak → current

—

Learned M5+ association

—

Prospective Kp (3 h)

—

Forecast direction

—

Analog confidence

—

Resolved training examples

—

The Kp watch needs at least 12 upstream patterns with later measured Kp outcomes.

The detector needs a measured Kp peak and decline plus at least three aligned propagation channels.

This is an experimental, timestamped association detector—not proof that geomagnetic activity causes earthquakes. A signal is recorded before any outcome; only closed 48-hour observation windows train the displayed association rate.

Prediction Audit Log

Append-only record of generated predictions and separately recorded outcomes

Recent predictions 0 logged

Append Observed Outcome

The original prediction remains unchanged. A separate immutable outcome record is appended once.

Open prediction Result classification Actual observed outcome Notes

ready

Recorded outcomes cannot be edited or replaced from this dashboard.

MEFI: Earth UFR Modulation —

Range:

View:

—

30-Day Measurement History Browser waiting for retained rows

Scroll backward in retained time
0 = latest; move right for older data

latest retained window

This control changes the measurement-chart window only. Live Mission Control calculations and propagation publishing continue from the newest measurements. Earthquake catalog events remain retained as a separate event layer and no longer create empty positions in the solar, plasma, magnetic, or MEFI charts. The database retains up to 30 days; the direct-source backfill may cover less until this browser has recorded long enough.

Extended View: z-score of signed modulation to expose excursions/spikes.

thick line + soft grid = better visibility dashed zero-line = polarity/spike reference

Solar/Upstream Inputs + Kp Response Check (raw published units)

—

Chart series: GOES X-ray flux • Planetary Kp (3-hour response index) • solar-wind speed • signed IMF Bz

X-ray flux is W/m². Plasma density is p/cm³, temperature is K, velocity is km/s, signed Bx/By/Bz/Bt are nT, and surface pressure is hPa. Kp and Dst remain downstream response checks and never replace the MEFI state.

Updated full-vector and plasma lanesv2.9 LIVE

Signed magnetic components and velocity components are plotted separately. Plasma density and temperature remain native measured lanes; they are not collapsed into Bz or solar-wind speed.

—

Solar Context and Earth Response Inputs (raw published units)

—

Dst geomagnetic index (nT) F10.7 solar radio flux (sfu) OVATION aurora maximum (%) GOES protons ≥10 MeV (pfu) GOES electrons >2 MeV (cm⁻²·s⁻¹·sr⁻¹) USGS earthquake magnitude (M)

F10.7 is a measured solar radio-flux context channel in sfu. Dst, aurora, and seismic magnitude are Earth-response checks. GOES proton and electron fluxes remain measured particle channels. These controls change chart visibility only; they do not remove a measurement from the calculation.

MEFI Derived Dynamics

ΔQ / r(t) / ΔQ·r(t) + EUMI / Seismic

Rolling MEFI inputs for ΔQ and coherence r(t), with the recorded ΔQ·r(t) lane, EUMI, and seismic context. F_MEFI(r,t) is the separate result of the entire formula calculation.

Propagation Correlation (MEFI Windows)

3h / 6h / 9h / 12h driver-lead scan

How to read it: each color is a named measured driver. Each 3h–12h group is that driver’s Pearson correlation with EUMI measured that many hours later. Positive bars rise above zero; negative bars fall below zero. The final group is the mean of the four measured lead windows.

Waiting for labeled measured correlations.

Solar Source (Live View)

SDO / SOHO

Flare: — Geo coupling: —

FrameSpeedOverlay trailTrail opacityBlend

Latest SDO solar image — SDO 171 Å extreme ultraviolet

Latest SOHO coronagraph image — SOHO LASCO C2 coronagraph

Waiting for retained solar frames. The newest frame opens by default.

Last 20 solar snapshots 0 stored

Live solar imagery: SDO (extreme UV) + SOHO (coronagraph for CME detection). Each refresh is saved locally; the oldest snapshot is dropped after 20.

MEFI Interpretation Panel

ΔQ (rolling 3h)

initializing

Vector magnitude of the time-aligned X-ray, proton, and electron first-difference lanes.

MEFI coherence r(t)

—

Restored bounded phase-lock tendency; separate from the formula radius/separation input.

ΔQ·r(t)

—

Coherence-weighted UFR modulation.

Trend (last 3h)

—

Slope of signed modulation versus time.

Direct Sensor Channel Dynamics

Every input remains visible in its native unit and participates directly in the MEFI calculation whenever its published timestamp is in the active time window.

↔ Scroll or swipe left and right to view every sensor column.

Measured channel	Q(t)	Observed change	Observed rate	Elapsed	MEFI role	Source type

How these map under MEFI

MEFI core: F_MEFI(r,t) = [k_c/r² − k_r/(r²(1+r))] + ΔQ·f_UFR(t).

Sensor placement: X-ray and particle measurements retain the source/ΔQ lane; plasma density, plasma temperature, and hPa pressure retain the expansion–compression lane; Vx/Vy/Vz and speed retain the propagation lane; signed Bx/By/Bz/Bt retain the magnetic phase/coherence lane. Kp, Dst, aurora, and seismic measurements remain downstream response checks. No response index is substituted for an unavailable MEFI term.

ΔQ dynamics: rolling normalized variability calculated from those same available direct observations.

k_r(t): compression factor = √(compression state × [1 − EUMI(t)] / 2).

k_c(t): expansion factor = √(expansion state × [1 + EUMI(t)] / 2).

Formula r(t): normalized local separation = 1 + [1 − coherence(t)].

f_UFR(t): changing resonance response = max(10⁻⁹, coherence(t) × [1 + ΔQ(t)] × [1 + velocity propagation response(t)]). The velocity propagation response is bounded between 0 and 1 and uses the mean of the absolute tanh-bounded fractional changes in velocity-vector magnitude and solar-wind speed. The 10⁻⁹ floor is the implementation's numerical minimum.

Coherence r(t) diagnostic: bounded phase-lock tendency derived from modulation burstiness; it remains distinct from the formula radius/separation input.

ΔQ·r(t): the coherence-weighted modulation lane used by the restored Mission Control workflow.

Direct rows: the uncombined native-unit channel changes remain visible below the MEFI interpretation.

Controls

Update interval

60s

Full research export includes every retained row, native measurements, complete MEFI terms, timestamps, source lineage, and data-quality fields.

Current-tab session downloads remain available for short runs. The full research history is stored persistently in this browser, survives page refreshes and new tabs, and is pruned only after 30 days.

Retained Research History — 30-Day Maximum

Research rows stored

Oldest

—

Newest

—

Retention

30 days

Sources

GOES X-ray (7d): services.swpc.noaa.gov/json/goes/primary/xrays-7-day.json
Kp (3h): services.swpc.noaa.gov/products/noaa-planetary-k-index.json
Solar wind (live): services.swpc.noaa.gov/json/rtsw/rtsw_wind_1m.json
Solar wind (history): services.swpc.noaa.gov/json/ace/swepam/ace_swepam_1h.json
IMF Bz (live): services.swpc.noaa.gov/json/rtsw/rtsw_mag_1m.json
IMF Bz (history): services.swpc.noaa.gov/json/ace/mag/ace_mag_1h.json
Dst (7d): services.swpc.noaa.gov/json/geospace/geospace_dst_7_day.json
F10.7: services.swpc.noaa.gov/json/f107_cm_flux.json
OVATION latest: services.swpc.noaa.gov/json/ovation_aurora_latest.json
GOES protons (7d): services.swpc.noaa.gov/json/goes/primary/integral-protons-7-day.json
GOES electrons (7d): services.swpc.noaa.gov/json/goes/primary/integral-electrons-7-day.json USGS earthquakes (rolling month): earthquake.usgs.gov/earthquakes/feed/v1.0/summary/all_month.geojson

Global weather fields: Open-Meteo NOAA GFS API
Surface weather observations: NOAA/NWS API (browser-readable direct station observations)

Upstream products have different native lookback windows and cadences. The page preserves their native values and records the newest available reading with its source time and age; it does not invent older measurements. Continued page operation builds the independent retained research log up to 30 days.

Tip: hover for tooltips; scroll to pan your brain.

Open Monitor Suite

Earth-interacting solar events · strength and saved results

The default view shows observed Earth interactions and forecast Earth impacts. The full solar catalog remains available for research. Each event retains its own strength markers, dated readings and saved results. A new storm does not close an earlier storm or reset Earth’s recovery.

Opening the research ledger…

Loading dated upstream measurements…

Live solar feeds run independently. Shared research upload is optional and currently disconnected; local records are retained.

Import saved ledger

Open shared archive and source CSV/JSON downloads

View Earth relevance

Historical browser records are preserved with their original labels; these are not automatically verified arrivals. Model-derived surface, seismic or volcanic associations are hypotheses requiring independent evaluation.