We are determining rotation periods for an ensemble of over 100 wide non-interacting binary stars in the K2 Campaign 5 field that contain two main sequence dwarfs, as well as a smaller sample containing at least one white dwarf component. Observations of such coeval pairs provide the basis for our new investigation of rotation-based age determinations. Such “gyrochronology” ages can achieve a precision that exceeds most other current method of stellar age determination. Here we present a status report on our analysis of the light curves extracted from the K2 Campaign 5 field
Accurate stellar ages are essential for our understanding of the star formation history of the Milky...
Context. Rotation period measurements of stars observed with the Kepler mission have revealed a lack...
We present a catalog of ~100,000 periodic variable stars in TESS FFI data among members of widely di...
We are determining rotation periods for an ensemble of over 100 wide non-interacting binary stars in...
Gyrochronology is the method of determining a stars age based on its rotation period and mass. A coo...
Essential to understanding the history of the Galaxy’s stellar populations, ages are among the most ...
Gyrochronology is the technique that uses rotation periods to derive stellar ages via age-rotation r...
Gyrochronology, the empirical relation between rotation and age, can provide important leverage on i...
Gyrochronology is a technique that uses rotation periods to infer stellar ages. However, the existin...
Stellar ages will play a big role in the next generation of astronomy. Useful to exoplaneteers and g...
Context. In addition to the discovery of hundreds of exoplanets, the high-precision photometry from ...
Context. Gyrochronology enables the derivation of ages of late-type main sequence stars based on the...
Gyrochronology, which describes the empirical relationship among stellar mass, rotation period, and ...
We have analyzed K2 light curves for more than 3000 low-mass stars in the ~8 Myr old Upper Sco assoc...
Rotation plays an important role in the life of stars, and offers a potential diagnostic to infer th...
Accurate stellar ages are essential for our understanding of the star formation history of the Milky...
Context. Rotation period measurements of stars observed with the Kepler mission have revealed a lack...
We present a catalog of ~100,000 periodic variable stars in TESS FFI data among members of widely di...
We are determining rotation periods for an ensemble of over 100 wide non-interacting binary stars in...
Gyrochronology is the method of determining a stars age based on its rotation period and mass. A coo...
Essential to understanding the history of the Galaxy’s stellar populations, ages are among the most ...
Gyrochronology is the technique that uses rotation periods to derive stellar ages via age-rotation r...
Gyrochronology, the empirical relation between rotation and age, can provide important leverage on i...
Gyrochronology is a technique that uses rotation periods to infer stellar ages. However, the existin...
Stellar ages will play a big role in the next generation of astronomy. Useful to exoplaneteers and g...
Context. In addition to the discovery of hundreds of exoplanets, the high-precision photometry from ...
Context. Gyrochronology enables the derivation of ages of late-type main sequence stars based on the...
Gyrochronology, which describes the empirical relationship among stellar mass, rotation period, and ...
We have analyzed K2 light curves for more than 3000 low-mass stars in the ~8 Myr old Upper Sco assoc...
Rotation plays an important role in the life of stars, and offers a potential diagnostic to infer th...
Accurate stellar ages are essential for our understanding of the star formation history of the Milky...
Context. Rotation period measurements of stars observed with the Kepler mission have revealed a lack...
We present a catalog of ~100,000 periodic variable stars in TESS FFI data among members of widely di...