Should I Switch from Theoretical Physics to Physics for Practical Applications?

In summary, the individual is considering switching from a theoretical physics course to a physics course with more practical projects, given their interests in biophysics, renewables, and applications. They are unsure if it is worth sacrificing a stronger foundation in mathematics in order to study more practical aspects of physics. However, they have been advised to make the switch and can always pick up the necessary math skills later on. It is recommended to also discuss this decision with a college advisor.
  • #1
craigamaiga
1
0
Having been a lurker on the site for a few months I decided to make a post concerning my current college situation.
I started a theoretical physics course this year, while I am intrigued by the material, the first two years of college would be far more relaxed and I would have more time to socialise etc. if I were to move to a physics course which basically teaches the same physics as my current degree for the first two years but with more lax mathematics, yet the 3rd and 4th years involve practical projects (I can switch into this course in those years regardless, however).
Given that I don't have an interest in becoming a purely mathematically inclined theorist or getting a PhD in the subject, (mainly interested in biophysics, renewables, applications pretty much) should I make this switch?
Basically, would it be worth getting a firmer grip on mathematics (stay in theoretical) to study physics later on, or should I just switch into the other track of physics?
Cheers
 
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  • #2
Welcome to PF;
Given that I don't have an interest in becoming a purely mathematically inclined theorist or getting a PhD in the subject, (mainly interested in biophysics, renewables, applications pretty much) should I make this switch?
... you've asked your question in such a way that the answer is contained within it - which is a good habit for a scientist.
Many students shy away from practical physics because maths behaves itself and real life is messy ... your stated interests suggest that mess does not bother you: so make the switch. You can pick up the maths when you need it. Caveat: also discuss this with an advisor at your college, they will be aware of other possibilities.
 

FAQ: Should I Switch from Theoretical Physics to Physics for Practical Applications?

What is the difference between physics and theoretical physics?

Physics is the study of the fundamental laws and principles that govern the natural world, while theoretical physics is a branch of physics that focuses on developing and testing abstract and mathematical models to explain physical phenomena. Essentially, physics is the study of what is, while theoretical physics is the study of what could be.

Can someone with a physics background become a theoretical physicist?

Yes, someone with a physics background can become a theoretical physicist. In fact, many theoretical physicists have a strong foundation in physics and use their knowledge and skills to develop new theories and models.

Is theoretical physics only focused on theory and not practical applications?

No, theoretical physics is not solely focused on theory and has practical applications. Theoretical physicists use their theoretical models to make predictions and test them through experiments. These predictions can then be applied to real-world phenomena and used to develop new technologies.

How does theoretical physics contribute to our understanding of the universe?

Theoretical physics plays a crucial role in our understanding of the universe by providing explanations and predictions for complex phenomena that cannot be observed directly. Theoretical models in areas such as quantum mechanics, general relativity, and cosmology have helped us understand the behavior of particles and the structure and evolution of the universe.

What are some current research topics in theoretical physics?

Some current research topics in theoretical physics include string theory, quantum field theory, black holes, and the search for a theory of everything. Theoretical physicists are also studying the origins of the universe, the nature of dark matter and dark energy, and developing new models to explain the behavior of particles at the subatomic level.

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