A review of observational results showing that evolved stars rotate and magnetize in ways not predicted by standard stellar evolution models.
DIPol-UF: simultaneous three-color ($BVR$) polarimeter with EM CCDs
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
We describe a new instrument capable of high precision ($10^{-5}$) polarimetric observations simultaneously in three passbands ($BVR$). The instrument utilizes electron-multiplied EM CCD cameras for high efficiency and fast image readout. The key features of DIPol-UF are: (i) optical design with high throughput and inherent stability; (ii) great versatility which makes the instrument optimally suitable for observations of bright and faint targets; (iii) control system which allows using the polarimeter remotely. Examples are given of the first results obtained from high signal-to-noise observations of bright nearby stars and of fainter sources such as X-ray binaries in their quiescent states
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astro-ph.SR 1years
2026 1verdicts
UNVERDICTED 1representative citing papers
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Observational Insights into Post-Main-Sequence Rotation and Magnetism: 20 Years of Science, from the Subgiant to the White Dwarf Phase
A review of observational results showing that evolved stars rotate and magnetize in ways not predicted by standard stellar evolution models.