Albert Einstein’s theory of special relativity may could explain my assumptions.
I had been noticing for many years that when we are in the full moon night, we could feel a light breeze. At the same time during the dark moon, nature is almost still. If light particle that is the photon is so small, could it affect the objects around it?
I think the answer is yes, a particle, no matter how small it is, still can bring a small breeze on us, especially when it is travelling in at lower speed.
For example if, when you are at the side of an express high way, if a vehicle has passed at its maximum speed you wouldn’t feel the wind for a longer time. But when a vehicle is passed at average speed you can really get the wind for a while.
Particle that is reflected will have a reduction at its speed. During full moon night, the light that is coming to earth is reflected from the moon, so that it doesn’t have the speed of a real photon from the sun. The reduction at its speed enables the photons to get more time to interact with the objects around it. When enormous amount of such slowed down photons enters our atmosphere it causes to move the particles around it, and that action results into a small breeze.
This is what I felt. Well according to my friend who is a physics graduate (Name is Rohith), this theory of mine is a blunder. Well it could be, so I don’t call it a theory J
