What type of study is this?

This is a Quantitative Study study.

October 16, 2025Open Access

From Absurdity to Harmony: Quantum Mechanical Paradoxes in Light of SQRI Theory

Key Points

Understanding quantum mechanics becomes intuitive through SQRI theory, revealing coherent relationships.
The theory relates quantum chaos to observable phenomena, suggesting new testable predictions for the field.
Resonance on the 3-sphere geometry offers insights into entanglement, while decoherence addresses wavefunction collapse.
Falsification criteria include checking for chaotic regimes in CKM measurements by 2035, reshaping theoretical foundations.

Abstract

I present a revolutionary interpretation of classical quantum mechanical paradoxes within the framework of Symmetric Quantum Resonance of Information (SQRI) theory. I demonstrate that what appears absurd—wave-particle duality, superposition, uncertainty, tunneling, entanglement—becomes natural when we understand that particles are informational resonances on the 3-sphere S3 embedded in AdS5 bulk. Quantum chaos generates hierarchies, decoherence explains wavefunction collapse, and sphere geometry eliminates “spooky action at a distance.” The theory predicts testable signatures: Wigner-Dyson statistics in mass spectrum (χ2/dof 0.1 for SQRI vs. 2 for random), Berry phase correlations in entanglement, and temporal asymmetry in tunneling. Falsification: absence of chaotic regime in precision CKM measurements by 2035 or discovery of local hidden variables.

Read Full Paperexternally

AI से पूछें

Bookmark

View Full Paper