Add to ORKGRecent theoretical and experimental work on photonic crystal slabs is reviewed. Theoretical developments include a guided-mode expansion formulation for calculating photnoic mode dispersion and diffraction losses, the effects of disorder-induced scattering, and the theory of coupling between radiation and matter. Experimental results obtained on Silicon-based systems consist of spectroscopy of photonic modes by means of angle-resolved reflectance and attenuated total reflectance, waveguide transmission, and enhancement of emission in active structures
We use a scattering-matrix based numerical method to model the optical properties and quasi-guided e...
Photonic crystals (PhCs) are optical materials which can affect the propagation of light in multiple...
We apply the expanded basis method (EBM) to investigate the behavior of light in a two-dimensional p...
L'articolo ha carattere di rassegna sui recenti lavori del gruppo riguardo alla teoria delle guide d...
L'articolo ha carattere di rassegna sui recenti lavori del gruppo riguardo alla teoria delle guide d...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Abstract. A theoretical study of cavity modes in one-dimensional photonic crystal slabs embedded in ...
A theoretical study of cavity modes in one-dimensional photonic crystal slabs embedded in Silicon-on...
A theoretical study of cavity modes in one-dimensional photonic crystal slabs embedded in Silicon-on...
Recent theoretical work on exciton–light coupling in waveguide-embedded photonic crystals is reviewe...
A theory of photonic crystal (PhC) slabs is described, which relies on an expansion in the basis of ...
A theory of photonic crystal (PhC) slabs is described, which relies on an expansion in the basis of ...
A theory of photonic crystal (PhC) slabs is described, which relies on an expansion in the basis of ...
This work is a theoretical investigation on the physical properties of semiconductor-based two-dimen...
We use a scattering-matrix based numerical method to model the optical properties and quasi-guided e...
Photonic crystals (PhCs) are optical materials which can affect the propagation of light in multiple...
We apply the expanded basis method (EBM) to investigate the behavior of light in a two-dimensional p...
L'articolo ha carattere di rassegna sui recenti lavori del gruppo riguardo alla teoria delle guide d...
L'articolo ha carattere di rassegna sui recenti lavori del gruppo riguardo alla teoria delle guide d...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Abstract. A theoretical study of cavity modes in one-dimensional photonic crystal slabs embedded in ...
A theoretical study of cavity modes in one-dimensional photonic crystal slabs embedded in Silicon-on...
A theoretical study of cavity modes in one-dimensional photonic crystal slabs embedded in Silicon-on...
Recent theoretical work on exciton–light coupling in waveguide-embedded photonic crystals is reviewe...
A theory of photonic crystal (PhC) slabs is described, which relies on an expansion in the basis of ...
A theory of photonic crystal (PhC) slabs is described, which relies on an expansion in the basis of ...
A theory of photonic crystal (PhC) slabs is described, which relies on an expansion in the basis of ...
This work is a theoretical investigation on the physical properties of semiconductor-based two-dimen...
We use a scattering-matrix based numerical method to model the optical properties and quasi-guided e...
Photonic crystals (PhCs) are optical materials which can affect the propagation of light in multiple...
We apply the expanded basis method (EBM) to investigate the behavior of light in a two-dimensional p...