We briefly review our recent works where we use dispersion relations to constrain fits to data on πK → πK and ππ→KK¯$ \pi \pi \to K\bar K $ providing a simple but consistent description of these processes. Then, simple analytic methods allow to extract parameters of poles associated to light strange resonances without assuming a particular model. We also present preliminary results on a model-independent determination of the controversial κ or K0*(700)$ K_0^*\left( {700} \right) $ resonance parameters, by using those constrained parameterizations as input for partial-wave hyperbolic dispersion relations that allow to perform a rigorous analytic continuation to determine its associated pole
Abstract In this work we provide a dispersive analysis of $$\pi \pi \rightarrow K{\bar{K}}$$ ππ→KK¯ ...
In this work we provide a dispersive analysis of ππ -> K [K^bar] scattering. For this purpose we pre...
In this work we provide a dispersive analysis of ππ -> K [K^bar] scattering. For this purpose we pre...
We briefly review our recent works where we use dispersion relations to constrain fits to data on πK...
We briefly review our recent works where we use dispersion rela- tions to constrain fits to data on ...
In this paper, we review our recent series of works where we determine the parameters of light stran...
In this work we present a precise and model-independent dispersive determination from data of the ex...
In this work we present a precise and model-independent dispersive determination from data of the ex...
We discuss the simultaneous dispersive analyses of nK -> nK and nn -> KK over bar scattering data an...
We discuss the simultaneous dispersive analyses of $\pi K\to \pi K$ and $\pi \pi \to K \bar{K}$ scat...
In this work we present a determination of the mass, width, and coupling of the resonances that appe...
n this work we present a determination of the mass, width, and coupling of the resonances that appea...
We present a determination of the mass, width and coupling of the strange resonances appear- ing in ...
In this work we present a determination of the mass, width, and coupling of the resonances that appe...
We review the recent analysis of π K scattering data in terms of forward dispersion relations, and a...
Abstract In this work we provide a dispersive analysis of $$\pi \pi \rightarrow K{\bar{K}}$$ ππ→KK¯ ...
In this work we provide a dispersive analysis of ππ -> K [K^bar] scattering. For this purpose we pre...
In this work we provide a dispersive analysis of ππ -> K [K^bar] scattering. For this purpose we pre...
We briefly review our recent works where we use dispersion relations to constrain fits to data on πK...
We briefly review our recent works where we use dispersion rela- tions to constrain fits to data on ...
In this paper, we review our recent series of works where we determine the parameters of light stran...
In this work we present a precise and model-independent dispersive determination from data of the ex...
In this work we present a precise and model-independent dispersive determination from data of the ex...
We discuss the simultaneous dispersive analyses of nK -> nK and nn -> KK over bar scattering data an...
We discuss the simultaneous dispersive analyses of $\pi K\to \pi K$ and $\pi \pi \to K \bar{K}$ scat...
In this work we present a determination of the mass, width, and coupling of the resonances that appe...
n this work we present a determination of the mass, width, and coupling of the resonances that appea...
We present a determination of the mass, width and coupling of the strange resonances appear- ing in ...
In this work we present a determination of the mass, width, and coupling of the resonances that appe...
We review the recent analysis of π K scattering data in terms of forward dispersion relations, and a...
Abstract In this work we provide a dispersive analysis of $$\pi \pi \rightarrow K{\bar{K}}$$ ππ→KK¯ ...
In this work we provide a dispersive analysis of ππ -> K [K^bar] scattering. For this purpose we pre...
In this work we provide a dispersive analysis of ππ -> K [K^bar] scattering. For this purpose we pre...