Magnetic Behavior of Single Atoms on Superconductors explains how IBM scientists used a scanning tunneling microscope to image single magnetic atoms and measure their effect on a superconductor.
(Magnetic Behavior of Single Atoms on Superconductors; explains; how IBM scientists used a scanning tunneling microscope to image single magnetic atoms and measure their effect on a superconductor) Context(Magnetic Behavior of Single Atoms on Superconductors explains,List([0, 61))):(IBM scientists; used; a scanning tunneling microscope; to image single magnetic atoms and measure their effect on a superconductor) Context(Magnetic Behavior of Single Atoms on Superconductors explains IBM scientists used,List([0, 85))):(IBM scientists; used a scanning tunneling microscope to image; single magnetic atoms) Context(Magnetic Behavior of Single Atoms on Superconductors explains IBM scientists used,List([0, 85))):(IBM scientists; used a scanning tunneling microscope to measure; their effect on a superconductor)
Magnetic Behavior of Single Atoms on Superconductors explains,List([0, 61)) Magnetic Behavior of Single Atoms on Superconductors explains IBM scientists used,List([0, 85)) Magnetic Behavior of Single Atoms on Superconductors explains IBM scientists used,List([0, 85))
Magnetic Behavior of Single Atoms on Superconductors IBM scientists IBM scientists IBM scientists
explains used used a scanning tunneling microscope to image used a scanning tunneling microscope to measure
how IBM scientists used a scanning tunneling microscope to image single magnetic atoms and measure their effect on a superconductor
a scanning tunneling microscope to image single magnetic atoms and measure their effect on a superconductor
single magnetic atoms
their effect on a superconductor