A proposed mechanism for Psi phenomena (e.g., remote vision, mind-matter interaction) is built on a unified theory of Bivacuum—a dual vacuum of fermions and antifermions. The theory posits that material objects have a Virtual Replica in Bivacuum, composed of nonlocal Virtual Guides constructed from virtual Cooper pairs. These guides connect coherent particles between a Sender and Receiver, enabling macroscopic entanglement and mediating Psi phenomena without violating fundamental laws. The framework also integrates theories of consciousness, matter duality, and liquid/solid structure. The author suggests the theory explains unconventional experimental data consistently.
The paper proposes a hierarchical model of the Cycle of Mind that integrates quantum and classical stages. In the quantum stages, phonons and infrared photons stimulate dynamic correlations between water clusters inside microtubules, leading to mesoscopic Bose condensation. This transitions into a macroscopic nonuniform semi-virtual Bose condensation via virtual replica multiplication and virtual guide formation between coherent water molecules. The collapse of the macroscopic wave function occurs through optical bistability and disassembly of entangled water clusters. This process shifts interactions between water clusters from clusterphilic to hydrophobic, causing cavities in tubulins to close. The classical stages are also analyzed.