Our knowledge about unresolved stellar systems comes from comparing integrated-light properties to SSP models. Therefore it is crucial to calibrate the latter as well as possible by integrated-light colors of clusters that have reliable ages and metallicities (deep CMDs and/or spectroscopy of individual giants). This is especially true for the NIR and MIR, which contain important population synthesis diagnostics and are often used to derive masses of stellar systems at hight redshifts. Here we present integrated colors of MC clusters using new VRI photometry and 2MASS data. In the imminent future we will include MIR data from Spitzer/IRAC. We compare our new colors with popular SSP models to illustrate their strengths and weaknesses
We have mosaicked Two Micron All Sky Survey (2MASS) images to derive surface brightness profiles in ...
We present a new approach for estimating the 3.6 μm stellar mass-to-light ratio Υ3.6 in terms of the...
We present a new approach for estimating the 3.6 μm stellar mass-to-light (M/L) ratio Upsilon3.6 in ...
Our knowledge about unresolved stellar systems comes from comparing integrated-light properties to S...
We have mosaicked Two Micron All Sky Survey (2MASS) images to derive surface brightness profiles in ...
The (rest-frame) near-IR domain contains important stellar population diagnostics and is often used ...
We have mosaiced 2MASS images to derive surface brightness profiles in JHK for 104 Galactic globular...
Spitzer IR Array Camera (IRAC) mid-infrared photometry is presented for the globular cluster (GC) sy...
Using data from the Wide-field Infrared Survey Explorer mission, we have measured near infra-red (NI...
We present a new approach for estimating the 3.6 μm stellar mass-to- light (M/L) ratio &Upsilo...
We present a new approach for estimating the 3.6 mu m stellar mass-to-light (M/L) ratio Rho 3.6 in t...
The results of an infrared photometric investigation of 40 globular clusters in and around M31 are p...
We present the first single-burst stellar population models in the infrared wavelength range between...
We present a new approach for estimating the 3.6 mu m stellar mass-to-light (M/L) ratio Rho 3.6 in t...
We present SOAR/OSIRIS cross-dispersed near-infrared (NIR) integrated spectra of 12 Galactic globula...
We have mosaicked Two Micron All Sky Survey (2MASS) images to derive surface brightness profiles in ...
We present a new approach for estimating the 3.6 μm stellar mass-to-light ratio Υ3.6 in terms of the...
We present a new approach for estimating the 3.6 μm stellar mass-to-light (M/L) ratio Upsilon3.6 in ...
Our knowledge about unresolved stellar systems comes from comparing integrated-light properties to S...
We have mosaicked Two Micron All Sky Survey (2MASS) images to derive surface brightness profiles in ...
The (rest-frame) near-IR domain contains important stellar population diagnostics and is often used ...
We have mosaiced 2MASS images to derive surface brightness profiles in JHK for 104 Galactic globular...
Spitzer IR Array Camera (IRAC) mid-infrared photometry is presented for the globular cluster (GC) sy...
Using data from the Wide-field Infrared Survey Explorer mission, we have measured near infra-red (NI...
We present a new approach for estimating the 3.6 μm stellar mass-to- light (M/L) ratio &Upsilo...
We present a new approach for estimating the 3.6 mu m stellar mass-to-light (M/L) ratio Rho 3.6 in t...
The results of an infrared photometric investigation of 40 globular clusters in and around M31 are p...
We present the first single-burst stellar population models in the infrared wavelength range between...
We present a new approach for estimating the 3.6 mu m stellar mass-to-light (M/L) ratio Rho 3.6 in t...
We present SOAR/OSIRIS cross-dispersed near-infrared (NIR) integrated spectra of 12 Galactic globula...
We have mosaicked Two Micron All Sky Survey (2MASS) images to derive surface brightness profiles in ...
We present a new approach for estimating the 3.6 μm stellar mass-to-light ratio Υ3.6 in terms of the...
We present a new approach for estimating the 3.6 μm stellar mass-to-light (M/L) ratio Upsilon3.6 in ...