The age-metallicity relation is a fundamental observational tool for constraining the chemical evolution of the Galactic disc in time. In this work we analyse the observational properties of this relation using binary stars consisting of a main sequence star -from which we can derive the metallicity- and a white dwarf -from which we can derive the total age of the system. Our sample consists of 49 wide WDMS binaries, identified within the Sloan Digital Sky Survey, that evolved avoiding mass transfer episodes. The 49 objects were observed with the VLT/X-Shooter and GTC/Osiris+EMIR telescopes/instruments.Proyecto realizado con la Beca Leonardo a Investigadores y Creadores Culturales 2019 de la Fundación BBVA. La Fundación BBVA no se responsab...
White dwarfs are the evolutionary end product of stars with low and intermediate masses. The evoluti...
We derive stellar ages, from evolutionary tracks, and metallicities, from Strömgren photometry, for ...
We derive stellar ages, from evolutionary tracks, and metallicities,from Strömgren photometry, for a...
The age-metallicity relation (AMR) is a fundamental observational property to understand how the Gal...
The age-metallicity relation (AMR) is a fundamental observational property to understand how the Gal...
The age-metallicity relation (AMR) is a fundamental observational constraint for un-derstanding how ...
The age–metallicity relation (AMR) is a fundamental observational constraint for understanding how t...
The age-metallicity relation is a fundamental observational tool for constraining the chemical evolu...
We present a theoretical study on themetallicity dependence of the initial-to-final mass relation an...
Context. It has been known for a long time that stellar metallicity plays a significant role in the ...
Observational tests of stellar and Galactic chemical evolution call for the joint knowledge of a sta...
We present the chromospheric activity (CA) levels, metallicities and full space motions for 41 F, G,...
White dwarfs (WDs) offer unrealized potential in solving two problems in astrophysics: stellar age a...
White dwarfs are the final remnants of low- and intermediate-mass stars. About 95% of main- sequence...
We present the chromospheric activity (CA) levels, metallicities, and full space motions for 41 F, G...
White dwarfs are the evolutionary end product of stars with low and intermediate masses. The evoluti...
We derive stellar ages, from evolutionary tracks, and metallicities, from Strömgren photometry, for ...
We derive stellar ages, from evolutionary tracks, and metallicities,from Strömgren photometry, for a...
The age-metallicity relation (AMR) is a fundamental observational property to understand how the Gal...
The age-metallicity relation (AMR) is a fundamental observational property to understand how the Gal...
The age-metallicity relation (AMR) is a fundamental observational constraint for un-derstanding how ...
The age–metallicity relation (AMR) is a fundamental observational constraint for understanding how t...
The age-metallicity relation is a fundamental observational tool for constraining the chemical evolu...
We present a theoretical study on themetallicity dependence of the initial-to-final mass relation an...
Context. It has been known for a long time that stellar metallicity plays a significant role in the ...
Observational tests of stellar and Galactic chemical evolution call for the joint knowledge of a sta...
We present the chromospheric activity (CA) levels, metallicities and full space motions for 41 F, G,...
White dwarfs (WDs) offer unrealized potential in solving two problems in astrophysics: stellar age a...
White dwarfs are the final remnants of low- and intermediate-mass stars. About 95% of main- sequence...
We present the chromospheric activity (CA) levels, metallicities, and full space motions for 41 F, G...
White dwarfs are the evolutionary end product of stars with low and intermediate masses. The evoluti...
We derive stellar ages, from evolutionary tracks, and metallicities, from Strömgren photometry, for ...
We derive stellar ages, from evolutionary tracks, and metallicities,from Strömgren photometry, for a...