Abstract: Further progress in AI research requires more complete and comprehensive study of information interactions in nature, not confined to psyche and intellect of individuals. One should not ignore evidences in favor of "unconventional" information interactions. The paper deals with two aspects of this research: from the viewpoint of physics of the microworld, and improving accuracy and correctness of the experimental studies. Is introduced the concept of "natural science" God - God-ICS. Are examined some arguments in favor of fundamental information field existence. Is considered the concept of non-locality, introduced in quantum mechanics, “spooky action at a distance” and experiments admittedly demonstrating their reality. Proposed is an idea of the RNG-controlled two-slit experiment. The relation between reality and modeling it theories is specified, which quantum mechanics still manages to safely get around. Critically considered is one of the well-documented experiments on registration of psychic phenomena, identified is the need for careful research and parameters selection for control random sequences. Ignoring this aspect may lead to erroneous conclusions regarding the "detection" of phenomena on the verge of accuracy and reliability of measurements, uncertainties in their statistical representativeness. Proposals for further research in this area are formulated.

Keywords: philosophy, noosphere, esotericism, intangible world, mystic theories, consciousness, mind-matter interaction, quantum mechanics, nonlocality.

ACM Classification Keywords: A.0 General Literature - Conference proceedings, G.3 PROBABILITY AND STATISTICS - Random number generation, H.1.1 Systems and Information Theory (E.4), I.2 ARTIFICIAL INTELLIGENCE - I.2.0 General: Cognitive simulation, Philosophical foundations, I.6 SIMULATION AND MODELING (G.3), I.6.5 Model Development - Modeling methodologies, J.2 PHYSICAL SCIENCES AND ENGINEERING - Physics

Link:

GOD-ICS. ON FUNDAMENTAL INFORMATION FIELD QUEST

Vitaliy Lozovskiy

http://www.foibg.com/ijita/vol18/ijita18-2-p02.pdf