Analytical Proof Process that Quantum Information Processing is Faster than Neural Network Information Processing

Source abstract

This paper presents and analyzes a core proposition: when the scale of a society–war system exceeds a critical threshold, quantum superposition-based information processing—carried by the heart–blood–cell–ion–water–photon system and coupled with love, compassion, family, and kinship—outperforms brain-neural-network information processing in both speed and complexity-bearing capacity, the latter being coupled with violence, killing, and nuclear deterrence. The proof is organized into five logical steps: defining the two information-processing modes; establishing a system-scale threshold N* and using World War II as a testable case; arguing that the two modes are incommensurable because they form fixed ”left-hand/right-hand” pairings; listing reproducible empirical anchors such as near-death experiences, dreams, the pineal gland, meditation, and purported psi phenomena; and introducing independent evidence from quantum computing benchmarks and the inverted-U statistical relationship between memory/network space and intelligence in artificial intelligence. The study emphasizes that the proposition is significant only when the system scale reaches approximately 1×10^8 to 1×10^9 participants; at smaller scales the difference between the two modes is not pronounced.This theory has long been proven in nature, and that's quantum computers. But using quantum computing in the human body requires us to rethink the role of infrared light, cells, water molecules, ions, and other quantum effects, as well as the mechanisms and effects of quantum information processing.