Advanced International Journal for Research

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Intrinsic Confinement Pressure and Saturation Density of Nucleon Matter: Emergence of Natural Scales (~10³⁴ N/m², ~10¹⁷ kg/m³)

Author(s) Prof. Dr. Vijay T. Ingole, Dr. Anant S. Wadatkar
Country India
Abstract This work presents a unified scaling framework for nucleon matter, demonstrating that its characteristic saturation density and intrinsic confinement pressure emerge naturally from a minimal set of physical considerations anchored in the neutron mass. A classical confinement model based on internal charge interaction yields a pressure scale of the order of 1034 N/m² and a corresponding density of the order of 1017 kg/m³ at nucleon length scales. Independently, a quantum–relativistic scaling approach leads to the same characteristic values when the neutron mass is treated as the fundamental scale-setting parameter. An additional electromagnetic scaling formulation further reproduces the same confinement pressure when evaluated at femtometer scales. The convergence of these independent approaches indicates that these values represent intrinsic properties of nucleon matter rather than model-dependent results. The analysis shows that once the neutron mass is fixed, the nucleon radius, saturation density, and confinement pressure follow self-consistently, without requiring external assumptions. These findings highlight the emergence of natural scales in nuclear matter and provide a simplified physical interpretation of known nuclear density and pressure regimes.
Keywords Nucleon matter, Nuclear saturation density, Intrinsic confinement pressure, Neutron mass scaling, Energy density, Nuclear matter equation of state, Quantum–relativistic scaling Coulomb confinement, Nuclear length scale, Black Hole
Field Physics > Energy
Published In Volume 7, Issue 2, March-April 2026
Published On 2026-04-29
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E-ISSN 3048-7641
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