Triple Rainbow Convergence

 Triple Rainbow Convergence 

Three distinct rainbows intersect above the forest canopy, forming a rare optical crossing point where sunlight, raindrop size, and viewing geometry align perfectly. This occurs when light undergoes multiple internal reflections inside raindrops, creating primary, secondary, and supernumerary arcs visible at the same time.

The central crossing isn’t a portal or illusion — it’s a perspective overlap caused by shifting droplet layers and uneven rain curtains across the valley. Each arc forms at a slightly different angle, but from this vantage point, they converge into a single luminous node.

Moments like this are fleeting. A small change in sun height, rainfall intensity, or observer position — and the geometry collapses.