EDS environmental station
Espinho, Portugal
One-minute light and environmental observations from a persistent local observer.
12 August 2026 · EDS × CosmoNutz
When the
sky blinked.
Two observing systems, in two places, recorded the same solar eclipse on one working timeline. At the EDS station in Espinho, obscuration reached 97.9%.
Minimum recorded light
11 lux
19:32:22 WEST
8 s after Espinho predicted maximum
- Earth witness
- 97.9% partial eclipse · Espinho
- Record integrity
- 111 / 111 one-minute readings
- Shared record
- 2 witnesses · one working timeline
Observation model
One shadow.
Two witnesses.
Independent systems observed the same astronomical event from different local circumstances. Network-synchronized acquisition time provides an operationally reliable reconstruction—not a claim of identical skies or precision-certified timing.
CosmoNutz optical record
Vila Praia de Âncora area, northern Portugal
Seestar telescope acquisition. The precise observing position is intentionally withheld.
Signature experience
Replay the eclipse.
Across both records.
Scrub the telescope evidence and discrete EDS observations on one timeline. When the optical record ends at 19:55:38 WEST, the environmental witness continues to last contact.
Earth + SkyInteractive event replay
01:55:36
Primary signal · ambient illuminance
The light result
is decisive.
The station recorded a sharp V-shaped eclipse signature: collapse into the one-minute interval containing the Espinho predicted maximum, followed by recovery while ordinary sunset continued.
Recorded minimum11 lux19:32:22 WEST
- Alignment
- +8 seconds after Espinho predicted maximum
- Depth
- −99.0% five-minute light reduction
- Recovery
- +229.4 lux over the next 15 minutes
- Continuity
- 111 / 111 complete one-minute observations
The counterfactual
A sunset curve
should not make a V.
Twelve nearby evenings were compared at the same local times. Normalization exposes shape: every control kept darkening after the corresponding maximum window; the eclipse evening reversed.
Timing, depth, and reversal jointly support eclipse detection. The full report documents the normalization and control method.
Scientific restraint
The thermal result
is subtle.
“EDS detected the eclipse in local ambient light and captured a possible small thermal response.”
Eclipse signature in ambient light.
High-confidence detection through the timing, depth, and rebound of the illuminance trace.
Small additional thermal response.
Cooling was slightly stronger than the preselected matched evenings, but the estimated excess remained small.
Unique humidity, dew-point, or pressure response.
Those traces overlap ordinary coastal sunset behavior and lack independent wind or cloud controls.
Boundary: one event, one station, one sunset. Lux is comparative—not calibrated solar irradiance.
Read interpretation and limitationsResearch & engineering
From field signal
to permanent record.
- ObserveEDS sensorsPersistent environmental witness
- CaptureOne-minute telemetry111 complete event readings
- PreserveTime-series storageRead-only extraction
- TestControl-evening analysisTwelve nearby evenings
- WitnessCosmoNutz telescope acquisitionIndependent optical record
- AlignNetwork-synchronized timeOperational reconstruction
- ExplainScientific visualizationEvidence with explicit limits
- ReconstructInteractive replayEarth and Sky together
- PublishStatic archive + deploymentDurable, inspectable artifacts
- EDS
- Environmental witness
- CosmoNutz
- Optical and astronomical witness
- MDNT
- Independent research and engineering laboratory
The permanent record
Experience it.
Understand it.
Inspect it.
The archive separates the public encounter, the complete scientific publication, physical records, and source-verifiable artifacts without giving every file equal weight.
One shadow.
Two witnesses.
Two places.
One permanent record.
Research & engineeringTeófilo CoutoEDS · CosmoNutz · MDNT