Astrophysics, Physics, or Astronomy

In summary, when pursuing a BA, MA, and PhD in Astrophysics, it is recommended to start with a BA in physics, as it keeps more doors open and allows for a broader range of career options. It is also important to consider the specific course offerings in each path, as the difference between physics and astrophysics may only be a title. Additionally, when going to graduate school, it is common to attend a combined physics and astronomy department, where a strong foundation in physics will be beneficial. Therefore, doing a BS in physics does not put one at a disadvantage for pursuing a career in astronomy or astrophysics.
  • #1
gabrielh
79
0
If one's interests lie in Astrophysics, what would be the best courses to achieve a BA, MA, and then PhD in given the following circumstances:

The highest level degree offered at this college/graduate school in Astrophysics is a BA, while both MA and PhD degrees are offered in both Physics and Astronomy.

With this said, after achieving the BA in astrophysics, should one work towards a MA/PhD in Physics or Astronomy?
 
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  • #2
I think you're best off staying general in the beginning. At the undergraduate level it's best to stay in 'regular' physics. This keeps more doors open as you go along. Not everyone ends up in the field they thought they would pursue in the beginning. I started off thinking that I would go into astrophysics and ended up chosing medical physics for a career.

That being said, you might also want to spend time thinking about the specific courses each path will offer you. Sometimes the difference between 'physics' and 'astrophysics' is only a title on the parchment as a student could go through each path with the exact same courses.

It's also worth keeping in mind that you won't necessarily do your graduate work at the same school you do your undergraduate work at.
 
  • #3
Thanks for the advice and information :)
 
  • #4
In addition to what Choppy said, there are other reasons to do your BS in physics even if you're interested in doing astrophysics (or astronomy, for that matter) for your PhD work. When you go to grad school, you'll likely go to a combined physics and astronomy department, and they'll probably have one set of core courses for all PhD students, as well as one PhD qualifying exam. The courses and the qual will be geared towards physics, and usually include a backbone of quantum mechanics, E&M, classical mechanics, and stat mech. It's a lot easier to tackle these subjects if you've got a rigorous physics education. I do particle astrophysics (an overlap between high energy physics and astrophysics), and my advisor always says that while you can learn astronomy through self-study, you need to sit in a classroom to learn quantum. At my department, it's been shown that students with a physics BS tend to do better in the astrophysics program than students with an astronomy BS. Doing physics for your BS doesn't put you at any disadvantage in terms of going to grad school in astronomy or astrophysics, so it's your best bet.

Long story short: you'll have an easier time doing astronomy with a rigorous physics education.
 

Related to Astrophysics, Physics, or Astronomy

1. What is the difference between astrophysics, physics, and astronomy?

Astrophysics is a branch of physics that studies the physical properties and behavior of celestial objects and phenomena in the universe. Physics is the science that studies matter, energy, and the interactions between them. Astronomy is the scientific study of celestial objects, such as stars, planets, galaxies, and the universe as a whole.

2. How do scientists study objects and phenomena in outer space?

Scientists use a variety of tools and techniques to study objects and phenomena in outer space, including telescopes, satellites, space probes, and computer simulations. They also use principles and theories from physics and mathematics to understand the behavior of these objects.

3. What are some current topics of research in astrophysics, physics, and astronomy?

Some current topics of research in these fields include dark matter and dark energy, gravitational waves, the search for exoplanets, the origins of the universe, and the behavior of black holes.

4. How does astrophysics, physics, and astronomy impact our daily lives?

Astrophysics, physics, and astronomy have a significant impact on our daily lives. Many modern technologies, such as GPS, satellite communication, and medical imaging, rely on principles and discoveries from these fields. They also help us understand the world around us and our place in the universe.

5. How can someone pursue a career in astrophysics, physics, or astronomy?

To pursue a career in these fields, one typically needs a strong foundation in mathematics and physics. Many universities offer undergraduate and graduate programs in astrophysics, physics, or astronomy. It is also important to gain research experience and participate in internships to build practical skills and knowledge in the field.

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