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We are pleased to announce an exciting research opportunity for motivated students to participate in a collaborative project led by Dr. Alaa Azzam and Dr. Ahmad Ali Abushattal, focusing on astrophysical systems and orbital dynamics.

- First Project

Project Title:
Mass Determination and Orbital Stability in Single-lined Spectroscopic Binaries

Project Summary:
This research project explores the determination of stellar masses and orbital characteristics in single-lined spectroscopic binary (SB1) systems. Utilizing advanced techniques in spectroscopy, such as radial velocity analysis, the study aims to refine the estimation of the mass function, orbital eccentricities, and semimajor axes. It will also examine the integration of parallax data from astrometric space missions to enhance the precision of mass calculations. The project has broader implications for orbital stability, potential exoplanet formation, and stellar evolution models.

- Second Project

Project Title:
Orbital Parameters and Habitability Zones in Single-lined Spectroscopic Binaries

 Project Summary:

This research focuses on understanding how the orbital parameters (mass, eccentricity, and semi-major axis) of single-lined spectroscopic binary (SB1) systems affect the formation and stability of habitable zones around stars. By employing advanced spectroscopic techniques to determine these orbital parameters, the project will model the stability of potential planets in these systems, assessing their ability to sustain life. The integration of astrometric data will refine mass and distance measurements, providing a more detailed understanding of planetary dynamics in binary star systems.

 Eligibility Criteria:
This opportunity is open to:

• Undergraduate students who have successfully completed their second-year requirements in the:

  • Faculty of Science

  • Faculty of Information Technology

  • Faculty of Engineering
    With a minimum GPA of “Very Good”.

• Graduate students at any stage of their program in related disciplines.

 Project Duration:
Approximately 6 months

 This is a valuable opportunity to engage in high-level scientific research, enhance your analytical and data interpretation skills, and contribute to our understanding of stellar systems and planetary habitability.

Don’t miss the chance to be part of cutting-edge research in astrophysics!​