Mathematical physicists, where are you

In summary, the conversation discusses individuals who were considering studying math or physics at the graduate level. The speaker asks for advice from anyone who has already made this decision. The speaker also shares their personal struggle in deciding between theoretical particle physics at the University of Melbourne or mathematical physics at the ANU.
  • #1
quasar_4
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I remember there being some posts a while back from people who were trying to decide whether to study math or physics at the graduate level. Just wondering, if you were one of these people and are now a grad student (or past grad school), which did you choose and how did it turn out? Any advice to those of us working on final decisions?
 
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  • #2
I'm in the middle of trying to make this decision myself, in between writing the speech for my Honours thesis!

For me it's a toss-up between theoretical particle physics (ie braneworlds adnd AdS-CFT) at the University of Melbourne in Australia or mathematical physics (string theoretic dualities) at the ANU.
 
  • #3


As a mathematician and physicist myself, I can understand the dilemma that many students face when trying to choose between studying math or physics at the graduate level. Both fields offer unique and valuable perspectives on the natural world, and it can be difficult to decide which path to pursue.

In my experience, the decision ultimately comes down to personal interests and strengths. If you have a strong passion for abstract and theoretical concepts, then mathematics may be the right choice for you. On the other hand, if you are more interested in applying scientific principles to real-world problems, then physics may be a better fit.

But regardless of which path you choose, I can assure you that both fields offer exciting and rewarding career opportunities. As a mathematical physicist, I have had the privilege of working on cutting-edge research projects that combine the rigor of mathematics with the practicality of physics. It has been a challenging yet fulfilling journey, and I have no doubt that my colleagues who chose to specialize in either math or physics have had similarly enriching experiences.

My advice to those still struggling with this decision is to carefully consider your interests and strengths, and to also keep an open mind. Many graduate programs offer the opportunity to explore both fields before committing to a specific track, so take advantage of this if you can. And remember, no matter which path you choose, your passion and dedication to your studies will ultimately determine your success as a mathematical physicist. So follow your heart and trust in your abilities, and you will undoubtedly find your own unique path to success.
 

1. What is a mathematical physicist?

A mathematical physicist is a scientist who uses mathematical concepts and techniques to study and understand physical phenomena.

2. What are some examples of areas where mathematical physicists work?

Mathematical physicists can work in a variety of fields, such as quantum mechanics, relativity, cosmology, fluid dynamics, and many others. They may also work in interdisciplinary areas such as biophysics or geophysics.

3. What skills are necessary to become a mathematical physicist?

To become a mathematical physicist, one should have a strong foundation in mathematics, including calculus, linear algebra, and differential equations. They should also have a deep understanding of physics theories and concepts.

4. What are some common research topics in mathematical physics?

Some common research topics in mathematical physics include quantum gravity, string theory, statistical mechanics, and mathematical models for physical systems.

5. What career opportunities are available for mathematical physicists?

Mathematical physicists can pursue careers in academia, research institutions, government agencies, and private companies. They may also work as consultants or in fields such as data science or computer science.

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