Wave-like patterns in parameter space interpreted as evidence for macroscopic effects resulting from quantum or quantum-like processes in the brain

Abstract

Overview

Data from eight numerosity estimation experiments show reliable wave-like patterns in response time standard deviations across varying error magnitudes. This evidence suggests a unique correlation between cognitive processing and quantum-like behaviors.

Findings

• The abstract parameter of error magnitude in numerosity estimation is related to quantum properties like the position and energy of particles.
• The analogy central to this study cross-references the dynamics of Hopfield-type neural networks with established quantum systems.
• Traditional neural oscillation frameworks are also considered, exploring potential mechanisms that translate temporal oscillations to spatial patterns.

Conclusion

This study supports the hypothesis that macroscopic human behaviors might result from microscopic, quantum-scale phenomena. A comparison to magnetoreception in birds, which operates on a quantum level, exemplifies such influences.