Radical Molecules on Superconducting Surfaces
A recent ACS Nano publication (featured on a cover) shows how assemblies of radical organic molecules on a superconducting surface can host distinct quantum states. The study demonstrates that varying molecular distance and orientation alters magnetic coupling, inducing transitions between singlet and doublet ground states. This discovery provides a novel strategy for controlling and engineering quantum materials—an essential step toward future applications in quantum electronics and spintronics.
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