Theoretical physics after physics?

In summary, the conversation touches on the topic of pursuing a career in theoretical physics. The speakers discuss whether it is necessary to specialize in theoretical physics during undergraduate studies, with some suggesting that having exposure to experimental physics can be beneficial for understanding the process of physics observation. They also mention the possibility of doing a master's in theoretical physics after completing a bachelor's in physics, with one speaker sharing their personal experience of making this transition. Overall, the conversation emphasizes the importance of having a well-rounded education in physics, regardless of whether one chooses to pursue a career in theoretical or experimental physics.
  • #1
Bradwast88
38
0
Theoretical physics after physics??

Hey all
I am going to do Physics bachelors course (UCAS F300).But i do like theoretical physics due to financial problems i cannot go any university which having theoretical physics courses.But i got a university which having only Physics courses i mean no theoretical physics.So i want to know is it possible to do masters in theoretical physics after get a physics degree (F300)??.I am an international student by the way

Thanks
Have a nice day
 
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  • #2


Bradwast88 said:
I am going to do Physics bachelors course (UCAS F300).But i do like theoretical physics due to financial problems i cannot go any university which having theoretical physics courses.But i got a university which having only Physics courses i mean no theoretical physics.So i want to know is it possible to do masters in theoretical physics after get a physics degree (F300)??.I am an international student by the way

I think it's probably better if as an undergraduate you *don't* specialize in theoretical physics. If you want to be a good physics theorist, you need to understand the process of physics observation. This is hard to do as a graduate student, so as an undergraduate, it's a good idea to have lots of exposure to experimental physics.
 
  • #3


twofish-quant said:
I think it's probably better if as an undergraduate you *don't* specialize in theoretical physics. If you want to be a good physics theorist, you need to understand the process of physics observation. This is hard to do as a graduate student, so as an undergraduate, it's a good idea to have lots of exposure to experimental physics.

I'd agree with twofish_quant if you actually want to become a professional theoretical physicist. However, if you just want to do a masters, I'd disagree.

Personally, I went from straight physics to theoretical physics - the experimental skills I picked up haven't helped at all with the course I am currently doing. In fact my shortcomings in mathematics have held me back considerably (but to be fair, the TP course I am doing is run by a maths department, so perhaps this is to be expected)
 
  • #4


I'm currently in the final year of a four-year physics (UCAS F303) course, and will be going into theoretical physics after this year. I would like to add that taking the straight physics course doesn't necessarily limit you too much, as part of the four year course I had to do a two-year extended research project. At many (most?) universities, there will be a mixture of theoretical and experimental projects on offer, so I have participated in theoretical physics research for a year and a half now.

I'd also echo what two-fish quant says - the ability to understand and/or propose an experiment is invaluable to a physicist - whether experimental or theoretical. I've certainly found this skill useful, working in a group that has strong experimental links and absolutely invaluable in group seminars / school colloquiums and in suggesting ways to observe phenomena that I've predicted. As vertices says - the skills may not directly help with courses, but this doesn't mean they aren't useful.

Basically, don't worry about not specialising in theoretical physics. It also leaves some avenues open if you decide that actually theory isn't for you. Try and get some experimental experience anyway - I found it useful and gave me some real insight into the methods and problems associated with measuring real physics.
 
  • #5


I can understand your interest in theoretical physics and your desire to pursue it as a career. While it may be challenging, it is certainly possible to pursue a master's degree in theoretical physics after completing a bachelor's degree in physics. Many theoretical physicists come from diverse backgrounds and have studied different subjects before specializing in theoretical physics.

It is important to note that theoretical physics is a highly specialized field and requires a strong foundation in mathematics and physics. Therefore, it is crucial that you make the most out of your physics degree and take courses in advanced mathematics, quantum mechanics, and other relevant topics. Additionally, you can also seek out research opportunities or internships in theoretical physics to gain practical experience and enhance your skills.

Moreover, as an international student, you may face some additional challenges, such as visa restrictions and financial constraints. However, there are various scholarships and funding opportunities available for international students, and you can also explore options for part-time work or research assistantships to support your studies.

In conclusion, while it may not be the most straightforward path, it is certainly possible to pursue a master's degree in theoretical physics after completing a bachelor's degree in physics. With dedication, hard work, and a strong foundation in mathematics and physics, you can achieve your goal of becoming a theoretical physicist. Best of luck in your academic journey.
 

Related to Theoretical physics after physics?

1. What is theoretical physics?

Theoretical physics is a branch of physics that uses mathematical models and theories to understand and explain the fundamental laws and principles of the physical world. It is concerned with exploring the behavior of matter and energy at a fundamental level, and seeks to uncover the underlying mechanisms that govern the universe.

2. How is theoretical physics different from experimental physics?

Theoretical physics is primarily concerned with developing theories and mathematical models to explain physical phenomena, while experimental physics involves conducting experiments and gathering data to test and validate these theories. Theoretical physics also tends to focus on the fundamental laws and principles of physics, while experimental physics often involves studying specific systems or phenomena.

3. What are some areas of research in theoretical physics?

Some areas of research in theoretical physics include particle physics, cosmology, quantum mechanics, general relativity, and string theory. These fields seek to understand the behavior of matter and energy at the smallest and largest scales, and to unify the laws of physics into a single, comprehensive theory.

4. How does theoretical physics contribute to our understanding of the world?

Theoretical physics plays a crucial role in advancing our understanding of the physical world. By developing theories and mathematical models, theoretical physicists are able to explain and predict the behavior of matter and energy at a fundamental level. This knowledge has led to countless technological innovations and has greatly expanded our understanding of the universe.

5. What are some challenges faced by theoretical physicists?

Theoretical physicists face many challenges in their research, including the development of new mathematical techniques, the creation of accurate models and theories, and the integration of different branches of physics. They also face the challenge of testing their theories through experiments, as well as the challenge of communicating complex concepts to a wider audience. Additionally, the search for a unifying theory of everything continues to be a major challenge in theoretical physics.

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