A CS Undergrad's Exploration of Physics: Questions & Answers

In summary, the individual is currently a CS undergrad considering a minor in physics. They have previously lost interest in CS and pursued physics but eventually returned to CS. Now, they are once again interested in physics and considering getting a PhD in astrophysics. They are unsure about the feasibility of this path and have questions about the impact of their financial situation and their preferences for working in academia or industry. They have received some advice on the importance of majoring in physics for grad school and the possibility of financial support during a PhD program.
  • #1
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The Background:

I am currently a CS undergrad and doing very well in my courses, I am finishing up the 200-level courses this semester with A's and will be taking some 300-level courses next semester. After next semester I would have enough CS courses to complete a minor in the concentration.

About 6 months ago I got bored with CS and started to be really much more interested in Physics. But the summer is long and I ended up finding myself back in a CS mood by the time Fall came around, not really sure what happened to my Physics passion, I guess there was just no way to act on it so I gave up.

Presently, I find myself interested in physics once more. At first only enough so that I figured I would like to do a minor in it, but now more so. In fact I think I would like to continue and get a Ph.D. in astrophysics in time. So I am considering finishing my CS program enough to get the minor and majoring is physics. It seems like it would be a good combination.

And here's where you come in, I have a few questions:

1. Is a minor in Physics enough to get into a Ph.D. program in Physics?

2. I want to go into a Ph.d. program after graduation but will have incurred significant debt as I do not get much financial aid. Does this effect the feasibility of doing so, is there anything I can do about it?

3. I have learned from my time in the software world I don't really enjoy the industry, might be the companies I've been exposed to, more likely I just don't appreciate corporate culture, I'd rather work in academia or someplace like NASA. From people who are already Physics Ph.d.'s do you feel like it was worth it? Or that your idealism when you were my age sucked you in and now you regret spending all that time in school?

I posted a similar question to this one about 6 months back but my situation has changed enough I'd like to get some fresh advice.
 
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  • #2
I am not a PhD, but I am a physics major several months away from grad school. So, I can help with # 1 and #2 but I'll leave #3 for someone more experienced.

1. If you want to go to grad school in physics I would major in physics. There are several upper level courses in physics (300-400 level) that will be expected of you if you're entering a graduate program. These include advanced undergraduate study of the following: Classical Mechanics, E&M, Quantum Mechanics, Statistical Physics.

At my school, a minor in physics will not cover all of the these courses. Thus, I think only a minor in physics would be detrimental to a physics grad school application.

2.Usually students in PhD programs (U.S.) in physics have their tuition covered by an assisstantship or fellowship. This will also include a very modest stipend to live by. You won't get rich in grad school, but usually you won't go into more debt either.
 
  • #3


I can understand your interest in exploring different fields and finding your passion. It's great that you are doing well in your CS courses and considering a minor in Physics. Here are my responses to your questions:

1. Having a minor in Physics can definitely help in getting into a Ph.D. program in Physics. It shows that you have a solid foundation in the subject and a strong interest in pursuing it further. However, it's not the only factor that will determine your acceptance into a Ph.D. program. Admissions committees also look at your overall academic performance, research experience, and letters of recommendation. If you are interested in a specific area of Physics, it would also be beneficial to take courses related to that area as part of your minor.

2. It's understandable that incurring significant debt can make it difficult to pursue a Ph.D. program. However, it's not impossible. There are often funding opportunities available for graduate students, such as research assistantships or teaching assistantships. You can also look into scholarships and grants specifically for graduate students in Physics. Additionally, some universities offer financial assistance for graduate students, so make sure to research the options available at the schools you are interested in.

3. It's important to keep in mind that the work environment and culture can vary greatly between different industries and companies. Just because you didn't enjoy the software industry doesn't mean you won't enjoy working in academia or at a place like NASA. It's great that you have a specific career goal in mind, but it's also important to keep an open mind and explore different opportunities within the field of Physics. As for whether it's worth it to pursue a Ph.D., it ultimately depends on your personal goals and interests. It's a significant commitment of time and effort, but many people find it rewarding and fulfilling. I would recommend talking to current Ph.D. students and professors in the field to get a better understanding of what to expect and whether it aligns with your goals.

Overall, it's great that you are considering a major in Physics and have a clear goal in mind. Keep exploring your interests and don't be afraid to reach out to professionals in the field for advice and guidance. Good luck on your journey!
 

FAQ: A CS Undergrad's Exploration of Physics: Questions & Answers

1. What is "A CS Undergrad's Exploration of Physics" about?

"A CS Undergrad's Exploration of Physics" is a series of questions and answers that explores various concepts and theories in physics from the perspective of a computer science undergraduate. It aims to bridge the gap between the two fields and show how they intersect and complement each other.

2. What topics are covered in this series?

This series covers a wide range of topics in physics, including classical mechanics, electromagnetism, thermodynamics, quantum mechanics, and more. It also touches on the applications of these topics in computer science, such as in programming and data analysis.

3. Who is the target audience for this series?

The target audience for this series is primarily computer science students or anyone interested in the intersection of computer science and physics. However, anyone with a basic understanding of physics and an interest in the subject can benefit from reading this series.

4. How can this series benefit a CS undergraduate?

This series can benefit a CS undergraduate by providing a different perspective on physics and how it relates to their field of study. It can also help in understanding and applying physics concepts in computer science-related projects and research.

5. Are there any prerequisites for reading this series?

There are no specific prerequisites for reading this series, but having a basic understanding of physics and computer science concepts would be helpful. Additionally, an open-minded and curious approach towards learning about the intersection of these two fields would be beneficial.

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