This location always makes me think about timelines; those granite boulders are likely around 400 million years old while the bright blue Pleiades cluster (middle left) are only around 100 million years old. Those blue stars formed AFTER those boulders.

The big red star Betelgeuse in Orion *may* have already gone supernova and the light just hasn't had a chance to reach us yet because it is over 600 light-years away. Betelgeuse itself is only 10 million years old and may have already gone supernova, its entire lifetime was shorter than those boulders.

Simultaneously, nearby the constellation of Orion is the oldest known star which is visible in the night sky, and is one of the first stars to have formed in the entire Universe (around 14 billion years old).

Those boulders are older than the Pleiades, the Pleiades are older than Betelgeuse, Betelgeuse may already be gone, nearby is a star as old as the entire universe. So in the scheme of things, I'm not really *that* late for work.

Foreground: Sony A7III + Sigma 24mm @ f/1.8, 30sec, ISO 640

Sky (Tracked): Sony A7III + SkyWatcher StarAdventurer + Sigma 24mm 24mm @ f/1.4, 30 sec, ISO 640

Posted by The_Motographer

3 Comments

  1. Prize_Duty6281 on

    The resolution on this is *chefs kiss*. Zooming in to see the Pleiades that clearly is such a treat. Great shot.

  2. MasterpieceGloomy231 on

    Great photos! It’s a dream of mine to image the Orion Nebula. Looking at pleides through binoculars was a real treat last night though.

    How are star tracking mounts these days? Last time I tried to use one pre covid a photographer friend lent me his red one to use and I could not find octans for the life of me