JB
James A. Barron
Queen's University
Research areas: Physics and Astronomy · Astronomy and Astrophysics · Stellar, planetary, and galactic studies · Astronomy and Astrophysical Research · Astrophysics and Star Formation Studies
0000-0003-2088-0706
Employment
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Queen's University PhD Candidate
Education
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Queen's University Master of Science? - 2022
Projects & Funding
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A First Systematic Survey of the Magnetic Properties of Classical Cepheids Natural Sciences and Engineering Research Council of Canada2023 - 2026
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Pulsational magnetic field modulation of Cepheid variable stars Natural Sciences and Engineering Research Council of Canada2019 - 2019
Publications (23)
- The Rotational and Magnetic Properties of Polaris from Long-term Spectropolarimetric Monitoring Save
- Discovery of a Rapidly Evolving Global Magnetic Field in the M Dwarf YZ Cet and Constraints on the Magnetic Field of Its Planet YZ Cet b Save
- A Magnetic Field Detection in the Massive O-type Bright Giant 63 Oph Save
- Magnetic Field Monitoring of Four Massive A–F Supergiants* Save
- A Nonstop Aurora? The Intriguing Radio Emission from the Rapidly Rotating Magnetic Massive Star HR 5907 Save
- Discovery of a Magnetic Field in the O-type Bright Giant 63 Oph Save
- An interaction and merger in a massive multiple system create a magnetic field in a massive star Save
- A First BRITE, SMEI and TESS Analysis of the Suspected Merger Product θ-Scorpii Save
- A magnetic massive star has experienced a stellar merger Save
- A Systematic Study of the TESS Photometry of the Magnetic O-type Stars Save
- Finding magnetic north: an extraordinary magnetic field detection in Polaris and first results of a magnetic survey of classical Cepheids Save
- First results of a magnetic survey of classical Cepheids Save
- A massive binary system with a single magnetic star Save
- Is the magnetic activity of Classical Cepheids modulated by pulsation? The case of eta Aquilae Save
- MOBSTER: Identifying Candidate Magnetic O Stars through Rotational Modulation of TESS Photometry Save
- Plaskett's Star: variability in the TESS photometric data Save
- Two new magnetic B-type stars from the MiMeS survey Save
- Observational evidence of coalescence as a viable cause of magnetism in massive stars Save
- Plaskett's Star: an examination of the TESS photometric data Save
- TESS photometry of the Of?p stars HD 148937 and LMC 164-2 Save