Fundamental and Applied Nano-Electromagnetics

• Carbon, a unique model material for condensed matter physics and engineering science.- Electromagnetic properties of nanohelices.- Electrodynamics of graphene/polymer multilayers in the GHz frequency domain.- Quantum Dot Lattice as Nano-Antenna for Collective Spontaneous Emission.- Wave packet dynamical calculations for carbon nanostructures.- Carbon nanotubes and graphene nanoribbons for terahertz applications.- Plasmon modes in extrinsic graphene: ab initio simulations vs semi-classical models.- Graphene-enhanced metamaterials in THz applications.-Phonon-assisted radiofrequency absorption by gold nanoparticles resulting in hyperthermia.- An optical adventure in sexual deception.- Optical properties of semiconductor colloidal quantum wells.-Synthesis of pyrolytic carbon films on dielectric substrates.- Microwave properties of ultrathin pyrolytic carbon films.- Conductive and shielding properties of MWCNTs/polymer nanocomposites with aligned filler distribution.- Structural, morphological and magnetic properties of nickel-carbon nanocomposites prepared by solid-phase pyrolysis of Ni phthalocyanine.

“It does provide an excel - lent overview for those keen to enter the field and would, therefore, be an excellent introduction for postgraduate students, as well as being useful for postdoctoral specialists wishing to widen their research expertise.” (Muhammad Zubair, Contemporary Physics, Vol. 58 (4), September, 2017)