Practical Conclusion

Abstract

According to quantum theory, a particle (electron) can be in two places simultaneously. This statement does not contradict the Schrödinger equation, where the coordinate of a (cyber) space can have at the same time two particles (electrons) or two stable states. Qubit Q = (Q ₁, Q ₂,  … , Q _i ,  … , Q _n ) is the discrete state of a point in a cyberspace defined by the superposition of a finite number of primitives (carriers) of the universe represented by a vector. A quantum of functionality (XQY) is a universal elementary structure (particle) focused to create any complex memory-driven computer architecture, free of logic. The quantum of functionality is a qubit with identifiers of input and output variables that form the addresses of primitives (memory cells) for purpose-driven execution of transactions (read–write).