AstroLab

Project start date — January 10.

AstroLab is an educational and research-based course where participants work with binary stars and analyze changes in their variable periods using the O–C (Observed minus Calculated) method. The course combines lectures, mentorship, hands-on assignments, and work with real tools used by professional astronomers.

AstroLab is a deeper, more scientific program than “Star Hunters,” with more rigorous analysis and independent research work.

This course is suitable for:

- School students and university students who want to try their hand at scientific research and gain valuable practical experience.

- Amateur astronomers who want to move from passive observing to in-depth data analysis and scientific work.

- Anyone who is genuinely fascinated by space and dreams of achieving a tangible, real-world outcome from their efforts — from analyzing photometric data to becoming a co-author of a scientific paper.

Project duration: 3 months.

Format:

- online lectures;

- step-by-step practical stages of work;

- mentor support at every stage;

- working with real astronomical data and professional tools (Python, LaTeX).

How the research is conducted:

- Participants receive a list of approximately 70 binary star systems.

- Each participant chooses about three objects to work with throughout the project.

- The work proceeds through 6–7 clearly structured stages:

selecting an object → data processing → constructing light curves → O–C analysis → interpreting the results → drawing conclusions → writing a scientific paper.

Results and participation highlights:

Working with real scientific data

Participants analyze up-to-date astronomical observations (including data from space missions such as TESS), using the same methods and approaches applied in professional research.

The full cycle of an astronomical study

The project covers all key stages: selecting a binary star, building light curves, performing O–C analysis, interpreting the physical processes in the system, and formulating scientific conclusions.

Gaining practical technical skills

After participating in AstroLab, participants will be proficient with basic data analysis tools (Python), be able to format results in LaTeX, and have experience working with scientific plots and tables.

Experience with scientific mentorship and academic collaboration

The work is carried out under the guidance of mentors, which helps participants develop a scientific mindset, interpret results correctly, and learn the standards of academic work.

Preparing and submitting a scientific publication

Research results are prepared as full scientific papers and submitted to peer-reviewed international journals. Participants gain experience as authors or co-authors of scientific publications.

Flexible format

The online format and asynchronous elements of the course make it possible to combine participation with studying or work, dedicating a few hours per week to the research.

Frequently Asked Questions

Is it free of charge?

- Yes. Participation is completely free. You only need a computer and a stable internet connection.

Do I need prior knowledge of astronomy?

- No. It’s enough to successfully complete VSL and Word+Excel — they will provide all the necessary foundation.

Can I watch recordings of the sessions?

- Yes. All lectures are recorded, so you can watch them at a time that’s convenient for you.

Do I need a powerful computer?

- No. A regular laptop is enough—as long as it can run Microsoft Office and basic data-analysis software (you’ll also need to install Python).

How does the selection process work?

- You need to fill out the registration form. After that, you will receive an email with further instructions.

How can I join?

- Complete the VSL and Word–Excel courses.

- Fill out the registration form.

- Wait for a response.

AstroLab is a learning format that combines theoretical preparation, mentor support, and independent research work using real astronomical data.