AstronomyDoctor of Philosophy (PhD)
Where is “home” for you?
Ahmedabad, Gujarat, India.
Why did you come to Western for your graduate degree?
When I was applying to graduate schools, I was seeking to work with a supervisor or a group that worked in understanding the physics of circumstellar disks. Western’s Physics & Astronomy department had a large group that worked in this research area and hence Western was my first choice. In addition, Western has the Centre for Planetary Science and Exploration (CPSX), which has allowed me to combine my love of disk physics and planetary science, and I gained a Master’s degree in Astronomy with a collaborative specializaion in Planetary Science and Exploration.
Describe your research in 100 words or less.
I study inner, gaseous disks around young, massive stars. These young stars, which are more massive than our Sun, have a disk of gas and dust surrounding them. It is in this disk that planets form. The inner gaseous region of the disk has hardly been explored. I use observations of these stars and computational circumstellar disk models to constraint the structure of the disk. This not only allows us to understand the disk and its kinematics but also helps understand the effects of the disk on the formation of these stars.
How do you de-stress?
I like to de-stress by watching crime and comedy shows, which revolve around scientific methods and science, such as The Big Bang Theory and Murdoch Mysteries. I also like to cook and catch up on sleep to de-stress.
What is it about your grad program that enables you to thrive and be successful?
Training and opportunities, these two characteristics have shaped me into what I am today. Training under professors, several with very diverse backgrounds, has helped me gained exposure on the variety of hands-on applications involving the work I do. The collaborative program has given me opportunities to gain knowledge and understanding of wider research fields, and enables me to think outside the box when working on my own research. In addition, I have gained a wider variety of skills, whether it be through courses or teaching assistantship, which will allow me to be more employable once I am in the work force.
What are you most passionate about?
Science communication, science literacy and astronomy/planetary science.
What is your “dream” career?
Projector Manager for a Space Mission, or Director of Outreach at a Science Center/Museum.
Program ContactBrian Davis (firstname.lastname@example.org)
Graduate Affairs Assistant
Department of Physics & AstronomyWestern University
Physics and Astronomy Building Rm 138A
London, Ontario N6A 3K7
t. 519.661.2111 ext. 86639
Our department offers programs in both physics and astronomy leading to MSc and PhD degrees. We have a vibrant core faculty of 30 researchers covering the areas of astronomy, condensed matter physics, medical physics, atmospheric physics and planetary science.
The Own Your Future doctoral professional development program creates career-ready graduates with the Power Skills necessary to excel in their studies and achieve their future goals. Assess your own strengths and opportunities for growth and focus on what you want to get out of your time here at Western. To learn more, visit www.uwo.ca/ownyourfuture.
- 12 Terms
- Full-time study
Applicants are encouraged to apply for the following scholarships (if eligible):
- Vanier Canada Graduate Scholarships (Vanier CGS)
- Natural Sciences and Engineering Research Council (NSERC)
- Ontario Graduate Scholarship (OGS)
- M.Sc. degree (or equivalent) in either Physics or Astronomy.
- Achieved at least a 70% (B) average taken over all graduate courses.
- International students are encouraged to take the GRE-Physics exam to both strengthen their application and to help the Admissions Committee more fairly evaluate it.
English Language Proficiency
Applicants whose first language is not English must furnish evidence of their proficiency in the use of the English language:
- January 15 - recommended for Fall term. Later applications may be accommodated on a first-come, first-served basis.
- March 1 - Fall Term
Students typically begin their studies in September.
Fields of Research
- Condensed Matter
- Medical Physics
- Planetary Physics