A scanning tunneling microscope, with atomic resolution, was used to visualize the real-space charge landscape within this Kondo lattice in this study. gw786034 inhibitor Nanometer-scale metallic conduction electron puddles, centered around uranium substitutions in the heavy-fermion uranium ruthenium silicide (URu2Si2), and around samarium-site…[Read more]

A scanning tunneling microscope, with atomic resolution, was used to visualize the real-space charge landscape within this Kondo lattice in this study. gw786034 inhibitor Nanometer-scale metallic conduction electron puddles, centered around uranium substitutions in the heavy-fermion uranium ruthenium silicide (URu2Si2), and around samarium-site…[Read more]

A scanning tunneling microscope, with atomic resolution, was used to visualize the real-space charge landscape within this Kondo lattice in this study. gw786034 inhibitor Nanometer-scale metallic conduction electron puddles, centered around uranium substitutions in the heavy-fermion uranium ruthenium silicide (URu2Si2), and around samarium-site…[Read more]

A scanning tunneling microscope, with atomic resolution, was used to visualize the real-space charge landscape within this Kondo lattice in this study. gw786034 inhibitor Nanometer-scale metallic conduction electron puddles, centered around uranium substitutions in the heavy-fermion uranium ruthenium silicide (URu2Si2), and around samarium-site…[Read more]