4 papers
Confinement-deconfinement transitions in the dimer-loop models on two-dimensional non-bipartite lattices
Jay Pandey, Souvik Kundu, Kedar Damle
Recent work [Kundu, Damle, Phys. Rev. X 15, 011018 (2025)] has demonstrated that a class of kagome lattice antiferromagnets with competing anisotropies can exhibit unusual lo…
Random geometry of maximum-density dimer packings of the site-diluted kagome lattice
Ritesh Bhola, Kedar Damle
Recent work that analyzed the effect of vacancy disorder on a short-range resonating valence bond spin liquid state of kagome-lattice antiferromagnets argued that such spin liquids…
pyrochlore magnets with competing anisotropies: A tale of two Coulomb phases, flux confinement and -like transitions
Jay Pandey, Kedar Damle
We argue that the low-temperature physics of pyrochlore magnets with a predominantly Ising-like easy-axis exchange coupling that favors the local tetrahedral body diagona…
Flux confinement-deconfinement transition of dimer-loop models on three-dimensional bipartite lattices
Souvik Kundu, Kedar Damle
Motivated by recent work that mapped the low-temperature properties of a class of frustrated spin kagome antiferromagnets with competing exchange and single-ion anisotropies…