In a previous paper it has been shown that the interference of the first and second order pole of the Green’s function at an exceptional point, as well as the interference of the first order poles in the vicinity of the exceptional point, gives rise to asymmetric scattering cross section profiles. In the present paper we demonstrate that these line profiles are indeed well described by the Beutler-Fano formula, and thus are genuine Fano resonances. Also further away from the exceptional points excellent agreement can be found by introducing energy dependent Fano parameters
Since its discovery, the asymmetric Fano resonance has been a characteristic feature of interacting ...
It is argued that the experimentally observed phenomenon of asymmetric shapes of vector mesons produ...
Abstract—We theoretically find that a bi-layer structure composed of two kinds of dispersive metamat...
The phenomenon of Fano resonance is ubiquitous in a large variety of wave scattering systems, where ...
Asymmetric spectral line shapes are a hallmark of interference of a quasi-bound state with a continu...
The general profile of a resonance, as given by Fano in 1961, is well known throughout physics. This...
It is well-known that in open quantum systems resonances can coalesce at an exceptional point, where...
We introduce a new concept of Fano-like resonances for the extinction cross-section at light scatter...
Asymmetric spectral line shapes are a hallmark of interference of a quasi-bound state with a continu...
Resonance conditions are a major area of study in theoretical and experimental investigation. Normal...
Parallels are drawn between the asymmetric resonance profiles observed in global helioseismology an...
This book discusses the development of Fano-based techniques and reveals the characteristic properti...
We measure and analyze reflection spectra of directly coupled systems of waveguides and cavities. Th...
Using theoretical tools, we numerically demonstrated Fano line shapes in the scattering spectra of s...
Using theoretical tools, we numerically demonstrated Fano line shapes in the scattering spectra of s...
Since its discovery, the asymmetric Fano resonance has been a characteristic feature of interacting ...
It is argued that the experimentally observed phenomenon of asymmetric shapes of vector mesons produ...
Abstract—We theoretically find that a bi-layer structure composed of two kinds of dispersive metamat...
The phenomenon of Fano resonance is ubiquitous in a large variety of wave scattering systems, where ...
Asymmetric spectral line shapes are a hallmark of interference of a quasi-bound state with a continu...
The general profile of a resonance, as given by Fano in 1961, is well known throughout physics. This...
It is well-known that in open quantum systems resonances can coalesce at an exceptional point, where...
We introduce a new concept of Fano-like resonances for the extinction cross-section at light scatter...
Asymmetric spectral line shapes are a hallmark of interference of a quasi-bound state with a continu...
Resonance conditions are a major area of study in theoretical and experimental investigation. Normal...
Parallels are drawn between the asymmetric resonance profiles observed in global helioseismology an...
This book discusses the development of Fano-based techniques and reveals the characteristic properti...
We measure and analyze reflection spectra of directly coupled systems of waveguides and cavities. Th...
Using theoretical tools, we numerically demonstrated Fano line shapes in the scattering spectra of s...
Using theoretical tools, we numerically demonstrated Fano line shapes in the scattering spectra of s...
Since its discovery, the asymmetric Fano resonance has been a characteristic feature of interacting ...
It is argued that the experimentally observed phenomenon of asymmetric shapes of vector mesons produ...
Abstract—We theoretically find that a bi-layer structure composed of two kinds of dispersive metamat...