Towards Room-Temperature Superconductivity: A Topological Eigenmode Approach

We propose a mechanism for achieving room-temperature superconductivity by engineering a solid-state system with topological constraints that enforce stable, quantized electron modes. The approach replaces the extreme pressures used in hydride superconductors with engineered lattice geometry and symmetry. While the concept is derived from the mathematical formalism of the Operator-Derived Dimension (ODD) framework, the main text presents the mechanism in standard condensed matter terms, focusing on analog potential stabilization