Atmospheric phenomena

On the night of 25 May 2026, I witnessed a rare and spectacular display of extreme atmospheric optics playing tricks on the light of a single, exceptionally bright star (most likely Sirius or Canopus) low in the South-South-West sky. Because the star was sinking toward the horizon, its light had to travel through the thickest, most turbulent layers of Earth’s atmosphere. This air acted like a giant glass prism, violently bending and splitting the white starlight into a chaotic, rapid explosion of vivid, rainbow colours that looked exactly like flashing Christmas tree lights. The extraordinary “string of stars” I initially saw with the naked eye was caused by a powerful temperature inversion over regional Victoria, where a layer of warm air sat directly above a dense pool of cold surface air. This distinct atmospheric layering acted like a mirror, splitting the star’s incoming light into separate paths and creating an optical mirage that stacked two to three perfect “ghost” duplicates on top of each other. Interspersed with these colours were brilliant, diamond-like flashes of pure white light, which occurred at precise moments when moving pockets of air temporarily acted as magnifying lenses, focusing the star’s full intensity directly into my eyes. As I watched over the 45 minutes, the star’s changing angle collapsed the mirage, merging the vertical string back into a single point of light. The chaotic, rapid movement of this light through the shifting atmosphere is exactly why it was impossible to lock onto with my narrow-view telescope, making my binoculars the perfect tool to capture the finale. Rather than a spacecraft or drone, I caught a textbook but incredibly intense masterclass in atmospheric physics, witnessing a combination of refraction and miraging that many backyard astronomers never see so vividly in a lifetime. 

This is the account of what I saw with my eyes. The deeper mystical revelations of this encounter continue to emerge…

As I reflected about this a few thoughts.

The starlight takes about 8.6 light years or 3141 earth days to travel from Sirius to earth. And yet here I was, privileged to see the intersection of that starlight with the earth’s atmosphere and then travel onto and into my eyes. To me it felt like the phenomena was distant but yet relative to the source of the starlight itself it was not. Initially I did not think it was a star because, as it turns out, the phenomena itself was actually quite close! Within 100kms perhaps or even less so my perception of the location was accurate. The “source” of the light was “star” light and even thinking about that was a bit mind blowing! Not sunlight but rays of light coming from the “past” into the present moment and my eyes. Wild!

Leave a Comment

Your email address will not be published. Required fields are marked *

Scroll to Top