Aug 11, 2026 · 12 min
Totality turns a familiar eclipse into a journey into space
How to see this week's eclipse (and the next big one)
The episode explains both the science and safety behind eclipse viewing while showing why a narrow path can transform daylight into an otherworldly experience.
- 1The moon’s umbra creates a narrow path where observers can experience total darkness rather than a partial eclipse.
- 2Certified eclipse glasses protect against delayed retinal damage when looking toward the sun before and after totality.
- 3Totality brings sudden darkness, cooling, altered animal behavior, and a view of the solar corona normally hidden from sight.
Don't miss
David Baron describes the sudden darkness, cooling, animal responses, and visible solar corona that make totality unlike a partial eclipse.
The brief
Hannah Chin and Regina Barber preview an eclipse that will arrive near sunset, then bring in eclipse chaser David Baron to explain why totality can feel like a journey into space.
A total eclipse depends on the moon’s umbra crossing a narrow path; outside it, observers see only a partial eclipse, with no complete darkness or unobstructed corona.
The episode treats safety as essential: direct sunlight can cause delayed retinal damage, so certified eclipse glasses are needed before and after totality.
As the moon advances, light and shadows grow strange: skies dim, crescent shapes appear beneath trees, and shadows become unusually crisp before darkness arrives.
At totality, temperatures cool and animals may react, while the solar corona forms a bright, changing ring around the fully eclipsed sun.
The hosts also consider cloud risk, the unusual sunset timing, and future total eclipses in the United States in 2044 and 2045.
Featuring
Mentioned
American Eclipse: A Nation's Epic Race to Catch the Shadow of the Moon and Win the Glory of the World
Oregon
SeattleBooks & mentions
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