A magnetic field induces toroidal vortices and associated orbital anapolemoments in the electron cloud of the -OH anion and of Li2 and H2CO molecules, as shown via three-dimensional models of the quantum-mechanical current density and corresponding stagnation graphs. The presence of the induced anapoles is proved via closed continuous stagnation loops of the quantum-mechanical current density vector field.
Magnetic-field induced electronic anapolesin small molecules / S., Pelloni; Lazzeretti, Paolo; G., Monaco; R., Zanasi. - In: RENDICONTI LINCEI. SCIENZE FISICHE E NATURALI. - ISSN 2037-4631. - STAMPA. - 22:2(2011), pp. 105-112. [10.1007/s12210-011-0117-5]
Magnetic-field induced electronic anapolesin small molecules
LAZZERETTI, Paolo;
2011
Abstract
A magnetic field induces toroidal vortices and associated orbital anapolemoments in the electron cloud of the -OH anion and of Li2 and H2CO molecules, as shown via three-dimensional models of the quantum-mechanical current density and corresponding stagnation graphs. The presence of the induced anapoles is proved via closed continuous stagnation loops of the quantum-mechanical current density vector field.
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