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Few people have ever claimed to see three rainbows arcing through the sky at once. In fact, scientific reports of these phenomena, called tertiary rainbows, were so rare -- only five in 250 years -- that until now many scientists believed sightings were as fanciful as Leprechaun's gold at a rainbow's end. These legendary optical rarities, caused by three reflections of each light ray within a raindrop, have finally been confirmed, thanks to photographic perseverance and a new meteorological model that provides the scientific underpinnings to find them.
The work is described in a series of papers in a special issue published this week in the Optical Society's (OSA) journalApplied Optics.
In addition to the confirmed photo of a tertiary rainbow, the optical treasure hunt went one step further, as revealed in another photo that shows the shimmering trace of a fourth (quaternary) rainbow.
Raymond Lee, a professor of meteorology at the U.S. Naval Academy, did not snap those pictures, but he did make them possible. One year ago, Lee predicted how tertiary rainbows might appear and challenged rainbow chasers to find them
Originally posted by MasterGemini
Triple Rainbows Exist, Photo Evidence Shows
Originally posted by alfa1
Originally posted by MasterGemini
Triple Rainbows Exist, Photo Evidence Shows
Although for anyone who understood the article, the real big news is that QUATERNARY rainbows also exist and so you can have FOUR in the sky at the same time.
I read this yesterday on ATS, a website with a search function.
Originally posted by PhoenixOD
I think 5 in 250 years is a bit of a stretch of the imagination. I found 6 images and 2 vids.
This one isnt very clear but it is a tripple
Scientists have captured the first image of a "quaternary" rainbow - the fourth rainbow caused by the bending of light through water in the air. This refraction frequently creates a visible second rainbow, but until now, no-one had caught sight of the fainter third and fourth arcs that the process creates in a different part of the sky. The first tertiary, or third, rainbow has only just been caught on film.