Article Quantum Entanglement, Its Nature and Manifestations

Knowing the mutual interconnection of everything with everything, it is no problem to interpret the interactions between the measuring and quantum systems as any other interactions between two or more systems consisting of elementary quantum dipoles. So, all relations between the measuring apparatus and measured quantum objects are only parts of the universal cosmic network of elementary quantum interactions creating the objective physical reality, independent of a human consciousness. But the observer, as a conscious subject, plays an active and creative role in his communication with the micro-world. Key Words: quantum entanglement, quantum dipole, nature, manifestation. Quantum informatics is now one of the most progressive branches of theoretical physics combining quantum mechanics with informatics. Quantum informatics concentrates its attention to the three directions: development of quantum computer, quantum cryptography and quantum teleportation. The development of these spheres needs deeper penetration into quantization of matter. Although the apparatus of quantum physics is carefully formulated and precisely verified by experiment, the great problems are with interpretation of quantum phenomena. My aim is to explain the nature of quantum reality in order to remove the interpretational problems of quantum theory and open new horizons for its future development