… time-domain modeling and analytical dipole–dipole coupling theory to study the … magnetic
dipole modes of RMMs. We also demonstrate that these variables can be readily controlled …

… the magnetic dipole resonance can be even stronger than the electric dipole resonance in
these … controlled aggregation number (i.e., size of clusters), leading to unprecedentedly strong …

… controlled multiple compositions. This work proposes the out-of-plane co-assembly of dielectric
and metallic NPs to realize raspberry-like metamolecule (… magnetic dipole resonances …

… solutions of these dynamic metamolecules (DMMs) made of … magnetic dipole and magnetic
quadrupole resonances in the far-field, with resonance frequencies that can be controlled by …

… Controlling light – matter interaction is a key concept to produce … (RMM) that has the ability
to control electric and magnetic dipole… our experiment owing to surface plasmonic resonance. …

… showed that the magnetic dipole can be even larger than that of the electric dipole resonance
… Structure of different surfactants used for synthesizing raspberry-like metamolecules, 221 …

… the size- and shape-controlled synthesis of NPs as building … magnetic resonances of
raspberry-like meta-molecules … magnetic dipole responses based on Mie resonance. [ 43 ] The …

… blocks and the resulting high surface plasmon resonance (SPR) sensitivity of these clusters,
… The predominant approaches to fabricate such raspberry-like core/satellite nanostructures …

… magnetic dipole induced by light is measured across the whole visible range. The ratio of the
magnetic to electric response at resonance is … , controlling the magnetic polarizability would …

… method to generate raspberry-like metamolecules composed of a … and magnetic dipoles to
the magnetic quadrupole resonance. These … controlled for targeted properties. These dynamic …