Abstract
Growing interest in spintronics and spin control on the atomic level arises from predicted superiority of the spin of the electron over the electron charge in terms of energy and speed efficiency. Advances in this field require a new approach to the concept of spin manipulation. The bottom-up strategy can only be realized by extensive studies of spin interactions in well defined clusters of atoms or molecules. In this communication we present the study of antiferromagnetic coupling between paramagnetic cations of copper Cu 2+ and nickel Ni 2+
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