quantuminternet said:I'm saying it is pinhole + decoherence.
DrClaude said:In any case, there is nothing quantum mechanical taking place here.
No. This is a completely classical phenomenon that as nothing to do with quantum mechanics, photons, or decoherence.quantuminternet said:Is the reason you can make out the shape of the sun and the moon is because the gaps between the leaves cause the light to be photons instead of waves?
Decoherence is the process by which a quantum system loses its coherence and behaves more like a classical system. It is caused by interactions with the environment, which causes the system to become entangled with its surroundings and lose its quantum properties.
Sunlight passing through gaps in leaves during an eclipse can cause decoherence by introducing external interactions with the quantum system. This can disrupt the delicate balance of the system and cause it to lose its coherence.
Yes, decoherence can be observed during an eclipse by studying the behavior of quantum systems, such as particles or atoms, during the event. Scientists can measure the loss of coherence and compare it to other non-eclipse conditions to determine the effects of sunlight through gaps in leaves.
The intensity of sunlight through gaps in leaves can have a significant impact on decoherence. Higher intensity can cause more disruptions and interactions with the quantum system, leading to a faster loss of coherence. Lower intensity may still cause decoherence, but at a slower rate.
No, sunlight through gaps in leaves is not the only factor that affects decoherence during an eclipse. Other environmental factors, such as temperature, humidity, and air currents, can also play a role in disrupting the quantum system and causing decoherence.