Electronless Nuclear Matter: Magnetic Confinement and Bonding of Bare Nuclei in Extreme Fields

In this theoretical work, I propose a novel framework for understanding nuclear matter without electrons, stabilized solely by magnetic confinement and inter-nuclear magnetic bonding. The concept introduces the idea of "electronless atoms" — clusters of bare nuclei held together in extremely intense magnetic fields, beyond traditional Coulombic and electronic frameworks. Through five original laws and a set of advanced mathematical formulations, I explore the physical behavior, stability conditions, and hypothetical bonding mechanisms of such matter. This work lays the foundation for what I call the "Magneto-Nuclear Periodic Table", offering a new perspective on exotic nuclear structures, artificial neutron stars, and fusion scenarios in the absence of electron shells. These ideas aim to inspire further research in high-energy plasma physics, extreme astrophysics, quantum nuclear theory, and novel synthetic matter domains.