Theoretical Physics Research Archive — Magnetic Monopole Studies
The existence of magnetic monopoles resolves one of physics' deepest asymmetries. While electric charges exist in isolation, magnetic poles have only been observed in dipole pairs. Dirac's 1931 paper demonstrated that a single magnetic monopole would necessitate the quantization of all electric charge in the universe.
This center maintains the most comprehensive archive of monopole search data, spanning seven decades of experimental campaigns from cosmic ray detectors to supercollider experiments.
From Cabrera's single-event detection in 1982 to the MoEDAL experiment at CERN's Large Hadron Collider, the search for magnetic monopoles continues with increasing precision. Each null result further constrains the parameter space, while the theoretical motivation only strengthens.
This center houses digitized records of every major monopole search experiment conducted since 1931. Our archive includes detector calibration data, cosmic ray shower analyses, superconducting loop measurements, and collider event reconstructions. The asymmetry between electric and magnetic charges remains one of the most profound open questions in fundamental physics.
The archive is organized by decade, experimental method, and theoretical framework. Each entry is cross-referenced with the primary publications and conference proceedings that reported the results.
All research data maintained by the Monopole Center is available under open-access protocols. Field diagrams rendered in isometric projection following the center's visual standards.