Topological Physics: Finding Grad School for Research

In summary, topological physics is a branch of physics that studies the topological properties of materials and their effects on physical phenomena at the macroscopic level. Research in this field involves investigating the properties and behavior of materials with topological phases, including their electronic, magnetic, and thermal properties. To find a graduate program, one can research universities with active research groups or reach out to professors in this field. A strong background in physics and mathematics, as well as knowledge of quantum mechanics and solid state physics, is necessary for graduate research in topological physics. Graduates with this background can pursue careers in academia or in industries such as electronics, materials science, and renewable energy.
  • #1
marshalltops
1
0
Hey everyone,
I'm an applied math undergrad whose research is in applications of topology to fluids and mechanics. I cannot find any grad school that has faculty research in topological physics. Can anybody point me anywhere? Thanks in advance...
 
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  • #3


Hi there,

It's great to hear that you are interested in pursuing research in topological physics. This is a rapidly growing and exciting field, and there are definitely graduate programs that offer opportunities for research in this area.

One resource you can use to find potential graduate schools is the American Physical Society's website, where you can search for schools by research area. Another option is to reach out to professors or researchers in the field, either through email or by attending conferences or seminars, and ask for their recommendations on graduate programs.

In addition, you may want to consider interdisciplinary programs that combine mathematics and physics, as topological physics often involves both of these disciplines. It's also worth looking into programs with a focus on condensed matter physics, as topological concepts are often applied in this field.

Best of luck in your search for a graduate program that aligns with your research interests in topological physics. Keep exploring and networking to find the best fit for your academic and career goals.
 

1. What is topological physics?

Topological physics is a branch of physics that studies the behavior of matter at the macroscopic level, focusing on the topological properties of materials and their effects on physical phenomena. It involves the study of the topological phases of matter, which are states that cannot be described by traditional symmetry-breaking methods.

2. What kind of research is done in topological physics?

Research in topological physics involves investigating the properties and behavior of materials that exhibit topological phases. This includes studying the electronic, magnetic, and thermal properties of materials, as well as their response to external forces and conditions.

3. How can I find a graduate program for research in topological physics?

The best way to find a graduate program for research in topological physics is to research universities and institutions that have active research groups in this field. You can also reach out to professors who specialize in topological physics and inquire about potential graduate opportunities in their lab.

4. What skills and background are required for graduate research in topological physics?

A strong background in physics and mathematics is essential for graduate research in topological physics. You should also have a good understanding of quantum mechanics and solid state physics. Strong analytical and computational skills are also necessary for conducting research in this field.

5. What are some potential career paths for those who study topological physics?

Graduates with a background in topological physics can pursue careers in academia, working as researchers, professors, or postdoctoral fellows. They can also work in the private sector, in industries such as electronics, materials science, and renewable energy, where knowledge of topological physics can be applied to develop new technologies and materials.

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