analiza aiqbench

This theoretical study demonstrates that finite-thickness magnetic tubes can induce measurable vacuum energy dependent on curvature coupling parameters even within flat space-time. By employing general Robin boundary conditions rather than standard Dirichlet or Neumann constraints, the research highlights how subtle topological defects influence quantum field polarization without requiring intrinsic spacetime curvature. The findings extend Casimir effect principles by quantifying specific geometric dependencies in vacuum energy generation through magnetic flux confinement.