Connections between the dissipated energy of right-handed and left-handed systems: electric and magnetic origin

Combined Tight-Binding and Numerical Electrodynamics Understanding of the STEM/EELS Magneto-optical Responses of Aromatic Plasmon-Supporting Metal Oligomers

“…Consequently, their complete hybridization structure has not been fully appreciated. Larger and more extended systems exhibit even richer magnetic properties that could be useful in the development of magneto-inductive wave guides , and metamaterials. − The keV electrons generated within the STEM possess a high degree of spatial localization due to their sub-angstrom de Broglie wavelength, allowing one to specifically control the spatial location where energy is deposited into the system. This provides a mechanism for the systematic excitation of the entire plasmon eigenspectrum, which cannot be achieved with plane-wave excitation.…”