Abstract
The superconducting gap structure, especially the direction of the nodes, is an unresolved issue in most unconventional superconductors. Recently it has been demonstrated that the thermal conductivity κ is a powerful tool for probing the nodal structure. Here measuring κ in H rotating within the basal plane, we discuss the nodal structure of the unconventional superconductors, 2D spin-triplet Sr2RuO4, 2D heavy fermion CeCoIn5, 2D organic κ-(BEDT-TTF)2Cu(NCS)2, and 3D borocarbide YNi2B2C.
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