Tag: variable stars
Eclipsing Binary Systems: How to Monitor Brightness Changes in Variable Doubles
Learn how to monitor eclipsing binary systems using accessible tools. Discover the physics behind light curves, essential software, and practical tips for submitting high-quality photometric data.
Mira Variables: Understanding Long-Period Red Giant Pulsations
Discover how Mira variables work, why they pulse, and how astronomers use them to measure cosmic distances. Learn about red giant evolution and observational tips.
Year-Round Monitoring of Single Stars: A Guide to Long-Term Observing Projects
Learn how to set up a long-term observing project for variable stars. This guide covers target selection, equipment needs, observation protocols, and data analysis for amateur astronomers.
Photometry with CMOS Cameras: A Beginner's Guide to Variable Stars
Learn how to perform accurate photometry with CMOS cameras for variable stars. This guide covers essential workflows, calibration steps, and common pitfalls to avoid for beginners.
Impact of Amateur Observations: Case Studies of Discoveries and Contributions
Explore how amateur astronomers contribute to professional science through specific case studies. Learn about variable stars, comet discovery, and data collaboration models.
Citizen Science in Astronomy: How Amateur Observers Make Real Scientific Discoveries
Amateur astronomers are making real scientific discoveries by tracking stars, asteroids, and galaxies. From variable star data to new comet finds, citizen science is reshaping how we understand the universe.
Choosing Comparison and Check Stars: Criteria and Common Mistakes in Variable Star Observation
Learn how to choose reliable comparison and check stars for observing variable stars, avoid common mistakes, and contribute accurate data to astronomy. Essential guide for amateur observers.
RR Lyrae Variables: What These Pulsating Stars Reveal About the Universe
RR Lyrae variables are ancient, pulsating stars that heartbeat every few hours, helping astronomers measure distances across the galaxy. Their regular cycles make them vital cosmic yardsticks for mapping the Milky Way’s structure and age.