Micro-Hydrodynamics of the ψ-Field Viscous Nucleon Confinement and the 4.8 keV Energy Threshold

Key Points

• The central aim is to redefine the understanding of the strong interaction in terms of the viscous fermion condensate and its impact on nucleon confinement.
• Scaled the Fermionic Universe Hypothesis to subatomic levels.
• Developed mathematical justifications for new concepts like the Viscous Barrier.
• Analyzed the implications of isotropic pressure on the atomic nucleus.
• Proposed a new perspective on the atomic nucleus as a baryonic island.
• Predicted the feasibility of controlling nuclear reactions by exceeding the Shlyapik Threshold at 7.76 keV.
• Established a connection between the ψ-field and viscous nucleon confinement.