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Paper, scissors, and rock can explain something about quantum mechanics.

 Paper, scissors, and rock can explain something about quantum mechanics. 

The idea in this model is this there is something. That connects the material and another quantum state of matter and as we might say existence. There is some common thing in those three things. Scissors, paper, and rock are all solid. There are small pikes in their structure. 

And all of them are forming of similar particles. The thing is that scissors paper, and rock can destroy or break each other, but in that case. They should follow a certain order. Of course, we can throw rocks through papers, but that thing makes very ugly holes. 

Or if the paper is too close to the wall. That means rock will not break it. Scissors are sharper in that case, but rock destroys them. The thing is that paper can destroy rocks and scissors. The best way is to drill a hole in the rock and then put wet paper in that hole. Then the maker of that thing must just wait the cold night. 





Imagr The Hardy nonlocality can be interpreted as a rock-paper-scissors game: while rock beats scissors and scissors beat paper, it is impossible for the rock to beat the paper; instead, the paper beats the rock, which causes a paradox, i.e., nonlocality. Credit: Tohoku University

 In that case, freezing water will destroy the stone. The burning paper also can destroy things like scissors. If the temperature rises too high it melts the knife. The thing is that all reactions in nature have counter-reactions. And that means the system that is the information's origin can use to model the sender system.

The idea of the scissors, paper rock model is that some forces affect the force that is next to it. But otherwise, the force requires something from outside that can affect certain things. When force interacts with some other thing it requires two things. 

The first thing is that the key must fit the keyhole. That means the energy level in receiving system must be lower than the transmitting system. Energy always travels to lower energy areas. And that thing is one of the most important things that we must realize.





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