A skybound diagram: how tiny droplets bend, blend, and reveal the science of rainbows.
A rainbow is brighter from the sides due to layered internal reflections acting like a geometric amplifier.
You see only two primary rainbows from any single droplet, impossible to observe all colors from one drop at once.
Diametric rainbows appear when sun is extremely high, revealing inverted color order compared to a standard arc.
Every eye perceives a different rainbow because each observer samples a unique set of scattered rays from countless droplets.
A skybound diagram: how tiny droplets bend, blend, and reveal the science of rainbows.
A rainbow is brighter from the sides due to layered internal reflections acting like a geometric amplifier.
You see only two primary rainbows from any single droplet, impossible to observe all colors from one drop at once.
Diametric rainbows appear when sun is extremely high, revealing inverted color order compared to a standard arc.
Every eye perceives a different rainbow because each observer samples a unique set of scattered rays from countless droplets.
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