What is the fundamental concept behind establishing a quantum network? 

We require a secure quantum network from which to build fundamental connections for quantum computing and quantum communication. 

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The condition of quantum entanglement supports networks' strong claim to connect quantum computing and quantum communication systems. 

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In order for quantum networking to perform smoothly, I believe that the fundamental efforts must be considered. 

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A response connection is created between particles of the same energy in basic quantum entanglement, which happens through variables in two particles of the same energy. 

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Is it feasible to determine the state of quantum entanglement in various energy particles in order to improve quantum networks? 

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Consider the known link between a photon and an electron or a boson.  

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If the particles in the cosmos can combine diverse forces in entanglement, we will be able to construct an efficient quantum communication system in the quantum network. 

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If we study the state of entanglement in individual particles in a pattern, we will be able to connect relativity theory with quantum theory. 

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This suggests that the condition of entanglement is required in order to build a link between the existent forces in the cosmos, 

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that is, there is truly some interaction between the different particles obtained.  

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And if we can figure out how existing particles interact, building robust quantum networks should be simple. 

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This is simply my thinking, and I don't consider logic to be true or wrong because reasoning may be true or incorrect as well. 

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