Hmm I see. However, entangled parts have not just two phases, right? One can spin "up" and the other "down", and one can spin "down" while the other spins "up". But they can also remain blurry. If we just hypotetically assume for a second that by thinking, we send out tiny magnetic flows around, just like the earth does in quite bigger proportions. This magnetic flow hits natural entangled particles, and you cause an effect, triggering either scenario A or B. If you did not think, you did not send the magnetic flow, and the particles remain blurry, leaving you in scenario C.



That's an interesting fact (yeah I take your knowledge as facts :P). But what do you exactly mean by "behave as a wave"? A blurry state, or a wave that passes through isolation?

In the latter case, if we are talking about a cat in a box well out of my range (like, I observe a box (with oxygen and all) on mars with a potential cat in it through a recorded tape with a delay of 10 minutes) then the quadrillion atoms of a cat can be considered isolated I guess?

And in the former case, can we assume that our sun is in a wave state right now? By no means can we ever observe what it does right now. It might be burning as it always did, or it might have been exploded. But we do know that it is very unlikely for it to explode right now, as there is no aparent reason whatsoever. But I can safely say quantum entanglement do not need reason for changing in state A or B, correct? So how come the sun isn't likely to explode?
If we all suddenly start thinking that the sun actually IS exploding, if all observers expect it to explode, will it more likely explode?