Empirical Earth · The Sky — Sun, Moon & Stars
Eclipses & the August 12, 2026 Total Solar Eclipse
The claim
“Eclipses work in any model and predictions are just pattern-matching.”
What is measured
The April 2024 total eclipse’s path was forecast years ahead to the minute and the mile. That is impossible without a full 3-D Sun–Earth–Moon model.
What would show this is wrong
an eclipse occurring off the predicted Sun–Earth–Moon alignment, or one that orbital geometry could not forecast.
Sources
- NASA Science — Total Solar Eclipse of August 12, 2026. science.nasa.gov/eclipses/…/total-solar-eclipse-on-august-12-2026 link
- NASA GSFC Eclipse Web Site — SE 2026 Aug 12 (Besselian elements, greatest duration 2m18.2s). F. Espenak. eclipse.gsfc.nasa.gov/…/SE2026Aug12Tgoogle.html link
- NASA Scientific Visualization Studio — Map of the Aug 12, 2026 eclipse (retrograde path mechanism; sunrise/sunset loops). svs.gsfc.nasa.gov/5647 link
- Solar eclipse of August 12, 2026 — path summary, perigee proximity (2.2 d after perigee), Saros context. Wikipedia, citing USNO/Espenak data. en.wikipedia.org/wiki/Solar_eclipse_of_August_12 link
- Re-entrant totality (TSE 2026). J. Irwin / Besselian Elements — true-limb umbral path limits; SEC 2025 (Leuven) poster. besselianelements.com/re-entrant-totality . Irwin's limb-corrected met link
- Umbra ground speed. The Moon’s shadow crosses Earth’s surface at about 1,100 mph (~1,700 km/h) near the equator, rising toward ~5,000 mph at the poles — always faster than sound. NASA link
- The Sun’s atmosphere: photosphere, chromosphere, corona. Above the visible photosphere lie the thin red chromosphere and the vast corona, both revealed at a total eclipse when the photospher link
- No, Earth will not lose gravity on August 12, 2026. A viral claim of a seven-second ‘gravitational anomaly’ during the eclipse, shared hundreds of thousands of times, was debunked; NASA conf link
The full entry, with the working →