Superimposition and Antagonism in Chain Synthesis Using Entangled Biphotonic Control

We consider the synthesis of three and four abstract polymer chains classified into two sexes, where the synthesis quality is determined by the pairing of different-sex chains. The use of some types of entangled biphotons in one-sided control produces a difference in the degree of superimposition between good and bad pairs that is unattainable with classical control. This example demonstrates the quantum superiority in distributed computations following from the violation of Bell’s inequality. This may be relevant for elucidating quantum mechanisms in the synthesis of real biopolymers with various properties.