The sun is acting as a magnet with particles in the air. The sun would rather repel these particles instead of attracting them. Objects get heated because of the bouncing of particles from the sun - skin's change of color from normal to red to dark, basic sight of organisms who encounter light always will detect it in some way. Staying in the shade will drastically reduce the heat of the sun, while standing in the light will have immediate warm effect on the skin.
For example, measuring the same with a large fire will not work if testing shade and exposure if you stand next to it. However, fire will agitate oxigen right above it which acts as oxigen repulsion, thus forcing the particles upward - practically, you can test that with a lighter: the heat above the light is always most powerful in comparison to any other side.
So, potentially, the sun could have the same effect but on all sides, thus the oxygen will react as a particle during some measurements, while the source will create a wave pattern as it currently does in other measurements. Thus, light will be constant and instant, but our measurement of light would depend on the distance from us to the source. Because we don't detect the light but the particles that bounce off of it. E.g.: The human eye and a camera's light-detection is based on particles that pass through the lense, yet they move as one (shutter speed / impulses in the optic nerve) - both wave and particles. Color changes based on the amount of particles that bounce off of an object: high density of particles - red, low density - blue, cold colors. Butterfly wings that keep an eye of a predator actually are made of colorless particles like hairs that only bounce light from them, or more accurately - the amount of oxigen particles. https://duckduckgo.com/?q=butterfly+wings+zoom&t=brave&iax=images&ia=images&iai=https%3A%2F%2Fwww.nisenet.org%2Fsites%2Fdefault%2Ffiles%2Fimages%2Fcatalog%2FDSC_3682.JPG
Hope this helps your theory. I would be glad if you have any challenges, questions, or else on this. I like the name very much - Resistance Theory. :D
How about this theory?
The sun is acting as a magnet with particles in the air. The sun would rather repel these particles instead of attracting them. Objects get heated because of the bouncing of particles from the sun - skin's change of color from normal to red to dark, basic sight of organisms who encounter light always will detect it in some way. Staying in the shade will drastically reduce the heat of the sun, while standing in the light will have immediate warm effect on the skin.
For example, measuring the same with a large fire will not work if testing shade and exposure if you stand next to it. However, fire will agitate oxigen right above it which acts as oxigen repulsion, thus forcing the particles upward - practically, you can test that with a lighter: the heat above the light is always most powerful in comparison to any other side.
So, potentially, the sun could have the same effect but on all sides, thus the oxygen will react as a particle during some measurements, while the source will create a wave pattern as it currently does in other measurements. Thus, light will be constant and instant, but our measurement of light would depend on the distance from us to the source. Because we don't detect the light but the particles that bounce off of it. E.g.: The human eye and a camera's light-detection is based on particles that pass through the lense, yet they move as one (shutter speed / impulses in the optic nerve) - both wave and particles. Color changes based on the amount of particles that bounce off of an object: high density of particles - red, low density - blue, cold colors. Butterfly wings that keep an eye of a predator actually are made of colorless particles like hairs that only bounce light from them, or more accurately - the amount of oxigen particles. https://duckduckgo.com/?q=butterfly+wings+zoom&t=brave&iax=images&ia=images&iai=https%3A%2F%2Fwww.nisenet.org%2Fsites%2Fdefault%2Ffiles%2Fimages%2Fcatalog%2FDSC_3682.JPG
Hope this helps your theory. I would be glad if you have any challenges, questions, or else on this. I like the name very much - Resistance Theory. :D