Emergence of electronic modes and triplet pairing from spin-1 antiferromagnetic insulators in the Kanamori-Hubbard model
The study investigates how electronic modes appear in spin-1 antiferromagnetic insulators when doped or perturbed by temperature. Using advanced numerical methods, researchers found that doping induces low-energy electronic modes analogous to Mott insulators and reveals orbital-dependent spin excitations. This clarifies how spin, charge, and orbital interactions create unique spectral features in large-spin materials.