We present new and accurate Near-Infrared J and Ks-band data of the Large Magellanic Cloud cluster Reticulum. Data were collected with SOFI available at NTT and covering an area of approximately (5 x 5) arcmin^2 around the center of the cluster. Current data allowed us to derive accurate mean K-band magnitudes for 21 fundamental and 9 first overtone RR Lyrae stars. On the basis of the semi-empirical K-band Period-Luminosity-Metallicity relation we have recently derived, we find that the absolute distance to this cluster is 18.52 +- 0.005 (random) +- 0.117 (systematic). Note that the current error budget is dominated by systematic uncertainty affecting the absolute zero-point calibration and the metallicity scale
The Period - metallicity - K band luminosity (PLK) relation for RR Lyrae stars in 15 Galactic globul...
We present new near-infrared (J and K) magnitudes for 114 RR Lyrae stars in the globular cluster ome...
We present the radial velocities, metallicities and the K-band magnitudes of 74 RR Lyrae stars in th...
We present new and accurate Near-Infrared J and Ks-band data of the Large Magellanic Cloud cluster R...
Abstract We present new and accurate near-infrared J- and Ks-band data of the Large Magellanic Clo...
We present near-infrared (JKs) time series data of the Large Magellanic Cloud (LMC) cluster Reticulu...
We present U, B, V, I (SUSI@NTT) and J, Ks (SOFI@NTT) photometry of the Large Magellanic Cloud (LMC)...
We present new observational results on the RR Lyrae K-band Period-Luminosity relation (PLK). Data o...
We analysed 30 RR Lyrae stars (RRLs) located in the Large Magellanic Cloud (LMC) globular cluster Re...
The RR Lyrae distance scale is reviewed. In particular, we discuss theoretical and empirical methods...
Context. RR Lyrae variable stars are the primary Population II distance indicator. Likewise, the La...
That the RR Lyrae star period -- K-band luminosity relation is a promising tool as a distance indica...
We present a Bayesian analysis of the distances to 15,040 Large Magellanic Cloud (LMC) RR Lyrae star...
We present new and accurate near-infrared (NIR) J, K-band time series data for the Galactic globular...
That the RR Lyrae star period – K-band luminosity relation is a promising tool as a distance indic...
The Period - metallicity - K band luminosity (PLK) relation for RR Lyrae stars in 15 Galactic globul...
We present new near-infrared (J and K) magnitudes for 114 RR Lyrae stars in the globular cluster ome...
We present the radial velocities, metallicities and the K-band magnitudes of 74 RR Lyrae stars in th...
We present new and accurate Near-Infrared J and Ks-band data of the Large Magellanic Cloud cluster R...
Abstract We present new and accurate near-infrared J- and Ks-band data of the Large Magellanic Clo...
We present near-infrared (JKs) time series data of the Large Magellanic Cloud (LMC) cluster Reticulu...
We present U, B, V, I (SUSI@NTT) and J, Ks (SOFI@NTT) photometry of the Large Magellanic Cloud (LMC)...
We present new observational results on the RR Lyrae K-band Period-Luminosity relation (PLK). Data o...
We analysed 30 RR Lyrae stars (RRLs) located in the Large Magellanic Cloud (LMC) globular cluster Re...
The RR Lyrae distance scale is reviewed. In particular, we discuss theoretical and empirical methods...
Context. RR Lyrae variable stars are the primary Population II distance indicator. Likewise, the La...
That the RR Lyrae star period -- K-band luminosity relation is a promising tool as a distance indica...
We present a Bayesian analysis of the distances to 15,040 Large Magellanic Cloud (LMC) RR Lyrae star...
We present new and accurate near-infrared (NIR) J, K-band time series data for the Galactic globular...
That the RR Lyrae star period – K-band luminosity relation is a promising tool as a distance indic...
The Period - metallicity - K band luminosity (PLK) relation for RR Lyrae stars in 15 Galactic globul...
We present new near-infrared (J and K) magnitudes for 114 RR Lyrae stars in the globular cluster ome...
We present the radial velocities, metallicities and the K-band magnitudes of 74 RR Lyrae stars in th...