EDS Eclipse 2026 ArchiveSynchronized replay Report  PDF
Replay viewChapter-led reconstruction

Replay opens at the evidence · EDS minimum

11 lux. The eclipsed Sun. One shared moment.

At 19:32:22 WEST, EDS recorded the event minimum while the telescope captured the optical witness—eight seconds after the Espinho predicted maximum reference.

Earth
11 luxEDS · Espinho
Sky
Frame activeVila Praia de Âncora area
Working clock
19:32:22WEST · paused

SkyCamera record active

Selected WEST time

EarthEDS observation active

Witness 01 · Earth

Ambient light

EDS environmental station · Espinho

1 min samples
11lux

Recorded 19:32:22 WEST · recorded now · discrete one-minute observation

Ambient light throughout the eclipse The discrete EDS observations fall to 11 lux eight seconds after the Espinho predicted maximum and then rebound. A control-evening comparison can be enabled in Explore.
111 raw one-minute observations
Decisive signal

Timing, depth, and reversal make the eclipse signature unmistakable.

Witness 02 · Sky

Telescope record

CosmoNutz · Vila Praia de Âncora area · precise position withheld

Telescope frame aligned to the 11-lux EDS minimum at 19:32:22 WEST
EDS minimum · RAW sequenceWorking-clock alignment
WEST · event clock
11 luxEDS sample · 19:32:22 WEST

Portrait acquisition preserved in full. Espinho reference times do not represent independently calculated circumstances at the Sky locality.

One working clock · two witness records

Sky begins. Earth joins. Earth continues.

19:32:22 WEST · EDS 11 lux @ 19:32:22Verified still · loading current video segment
Formal windowEspinho reference
SkyTelescope camera
Earth111 EDS observations

Use Left and Right Arrow to seek one second, Page Up and Page Down for larger steps, or select a named event. Sky and Earth records use one operationally reliable working clock.

Guided journey5 of 9 · EDS Minimum

    Direct event access

    Jump without changing the evidence.

    01:02:2501:55:36Event duration

    Discrete evidence, continuous clock. EDS readings are one-minute observations held on screen until the next sample. Telescope file boundaries and real handoff gaps remain visible.

    Acquisition devices used network-synchronized system time. Alignment is operationally reliable for reconstruction, but was not independently verified against a dedicated precision reference.