Quantum Disordered State of Magnetic Charges in Nanoengineered Honeycomb Lattice

Abstract A quantum magnetic state due to charges is never observed, even though they are treated as mechanical variables in theoretical calculations. Here, the occurrence of a novel disordered nanoengineered honeycomb lattice ultra‐small connecting elements demonstrated. The experimental research, performed using spin resolved neutron scattering, reveals massively degenerate ground state, comprised low integer and energetically forbidden high charges, that manifests cooperative paramagnetism at temperature. system tends preserve configuration under large field application. It exemplifies robustness correlation 2D lattice. realization elucidates dominance exchange energy, which enabled nanoscopic element size honeycomb. Consequently, an archetypal platform envisaged study phenomena emergent charges.