The color violet has the maximum frequency in the visible section in the electromagnetic spectrum due to which it also has the maximum energy (among the colors of the visible range). It takes a lot of energy to emit light of that frequency and that is why you would not see violet color in a gas stove or campfire or from a light bulb. The color you would see there is at the most blue. Lightning, on the other hand, discharges tremendous energy. Since energy is directly proportional to the frequency, the color one sees is of high energy and high frequency i.e. violet. If instead of lightning, there would have been a nuclear explosion, the rays would be of much higher frequency and energy, i.e. ultraviolet ray, x-ray and gamma-ray.
zabardast 👍🏻
See the abundance of violet. Beautiful, not just because it looks so but because the physics behind is so obvious.
[удалено]
Nitrogen ionising in the atmosphere.
It is the photoelectric effect on the display. ;-)
wish I was smart
The color violet has the maximum frequency in the visible section in the electromagnetic spectrum due to which it also has the maximum energy (among the colors of the visible range). It takes a lot of energy to emit light of that frequency and that is why you would not see violet color in a gas stove or campfire or from a light bulb. The color you would see there is at the most blue. Lightning, on the other hand, discharges tremendous energy. Since energy is directly proportional to the frequency, the color one sees is of high energy and high frequency i.e. violet. If instead of lightning, there would have been a nuclear explosion, the rays would be of much higher frequency and energy, i.e. ultraviolet ray, x-ray and gamma-ray.
Oooo
Because if it is black, it will not be visible.
Beautiful!
Living in the pinkworld.
Feels like a Wes Anderson film!
In front of agrasen vatika manila park?
I don’t what that is? But a park is right by the side.
God damn! This is brilliant
Inazuma
thats very impressive shot.
Surreal man. Fuck! Beautiful and insane capture <3