Can't shake the feeling I should be in Physics....

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In summary: So while it is a long and challenging journey, I don't think there is anything that can really scare you. In summary, while it may be possible to gain entry into a theoretical physics PhD with an undergraduate in experimental physics, it takes a lot of dedication and hard work.
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Boon
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I graduated with a first class honors undergraduate in experimental Physics from the top university in my country - the degree was plainly called Physics but the university does offer a Theoretical Physics course too. After a year of unemployment and not knowing what to do in life, I enrolled for a taught MSc in Computer Science / Software Engineering, being where "all" the jobs are. I graduated with a first class honors degree and I've been working for two and a half years now in a major international technology corporation as a software engineer. So far so good.

Don't get me wrong, I find the engineering very enjoyable - apart from the stress, but I always find myself yearning to understand more physics and mathematics. I'm the type that enjoys sitting in an armchair reading or discussing deep, fundamental physics and the nature of the world. From time to time I'll try read up on mathematics or physics from a textbook, or dig out my old college notes for a refresher or to try really learn it this time (I've forgotten a lot of it). There's almost this deep sense of guilt/regret that I'm not pursuing the path that really intellectually thrills and excites me - fundamental physics and the nature of reality.

Would it be possible to gain entry to a Theoretical/Mathematical Physics PhD with an undergraduate in experimental physics? Is this unheard of? I have this vague idea that maybe if I self-study mathematics and theoretical physics that in a few years time (I'm in my late 20s now) when I feel ready I could enter a program and be very well prepared...(wishful thinking?)

And yet having said all this, there is something that scares me about a PhD. The years of "being a poor student again". The cut-throat culture I hear of where only the best and brightest make it. Being an older student. The constant public speaking demands. The 7-days a week commitments to a heavy workload. The stress. Am I being too sensational, too paranoid?

I guess I just wanted to reach out and see if anyone else ever found themselves in a similar situation to mine. How did things work out? Did you feel the same as me?
 
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Boon said:
I'm the type that enjoys sitting in an armchair reading or discussing deep, fundamental physics and the nature of the world.
I think that most everyone on PF Feels the same. There doesn't seem to be a lot of jobs in it.
 
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Boon said:
Would it be possible to gain entry to a Theoretical/Mathematical Physics PhD with an undergraduate in experimental physics? Is this unheard of? I have this vague idea that maybe if I self-study mathematics and theoretical physics that in a few years time (I'm in my late 20s now) when I feel ready I could enter a program and be very well prepared...(wishful thinking?)
While this might depend on your country, I think in general what matters is that you have a solid foundation in physics. From there it's a matter of details on the specific project you want to get involved in for a PhD thesis. Since a lot of theory work involves simulations or numerical work, I would imagine your computer science background would help you.

And yet having said all this, there is something that scares me about a PhD. The years of "being a poor student again". The cut-throat culture I hear of where only the best and brightest make it. Being an older student. The constant public speaking demands. The 7-days a week commitments to a heavy workload. The stress. Am I being too sensational, too paranoid?

These are all valid concerns. A PhD is a long commitment. You won't earn a lot of money while doing it. You will have to present your work and succeed in oral examinations (although I wouldn't call the public-speaking "constant"). You will have to put in long hours - although in my experience these tend to come at particular times (in the lead-up to exams, abstract deadlines, committee meetings, etc.). I've seen many cases where students essentially put in nine-to-five type hours and do just fine.

On top of that there is a good chance that career-wise you'll end up on the other end of the PhD applying for jobs not unlike what you have right now.
 

FAQ: Can't shake the feeling I should be in Physics....

1. What is physics and why is it important?

Physics is the branch of science that deals with the study of matter, energy, and the interactions between them. It is important because it helps us understand the fundamental laws and principles that govern our universe. Many technological advancements and discoveries have been made possible through the principles of physics.

2. What are the career opportunities in physics?

There are various career opportunities in physics, including research positions in academia, industry, and government labs. Physics also opens doors to careers in engineering, finance, and data science, among others. Additionally, many physics graduates pursue further education in fields such as medicine, law, or business.

3. Do I need a strong math background to study physics?

Yes, a strong foundation in mathematics is essential for studying physics. Concepts in physics are often described using mathematical equations, and the ability to manipulate and solve these equations is crucial. However, with dedication and hard work, anyone can improve their math skills and succeed in physics.

4. How can I prepare for a career in physics?

To prepare for a career in physics, it is important to have a solid understanding of the fundamentals of math and science. Taking advanced courses in physics, math, and computer science can also be beneficial. In addition, gaining research experience and participating in internships can provide valuable hands-on experience and help build a strong resume.

5. What qualities make a successful physicist?

A successful physicist possesses strong critical thinking and problem-solving skills, as well as a curiosity and passion for understanding the world around them. They are also persistent, creative, and have excellent communication skills. Additionally, having the ability to collaborate with others and work well in a team is crucial in the field of physics.

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