PhD in theoretical/astroparticle/dark matter physics

In summary, the speaker is a final year Mphys Physics student and is currently applying for Phd's for next year. They are specifically interested in theoretical physics and are having trouble finding theoretical PhDs in particle physics that focus on Dark Matter. They are wondering if there are any PhD theses available in theoretical astroparticle physics and which universities offer such positions. The speaker has looked for options on various platforms and has also asked their supervisor for help, but most projects they have found so far are focused on numerical or experimental work. They are open to data analysis, but would prefer to do more theoretical work.
  • #1
grand_unifier
7
0
I am currently applying for Phd's for next year as I am a final year Mphys Physics student. I am only interested in theoretical physics (i know the risks). The problem is that I can't find any theoretical PhDs in particle physics where I would do research in Dark Matter.

My question is whether there exist any PhD thesis where I would do theoretical astroparticle physics and which universities (department groups) offer such positions
 
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  • #2
grand_unifier said:
The problem is that I can't find any theoretical PhDs in particle physics where I would do research in Dark Matter.
Where did you look so far? Did you ask your supervisor, colleagues, ...?

The very first search on the very first place to look for produced multiple results:
http://inspirehep.net/search?p1=rank:"student"+&op1=a&p2=Dark+matter&action_search=Search&cc=Jobs
http://inspirehep.net/record/1697473
http://inspirehep.net/record/1685323
http://inspirehep.net/record/1668216
http://inspirehep.net/record/1210538
 
  • #3
I have asked my supervisor, though he is a computational astrophysicist. He showed me inspire and AAS.

The problem with most projects I found is that they are almost entirely numerical/experimental.

I don't mind data analysis, I realize most research is exactly that. I want to do as much theory though as possible.
 

FAQ: PhD in theoretical/astroparticle/dark matter physics

1. What is a PhD in theoretical/astroparticle/dark matter physics?

A PhD in theoretical/astroparticle/dark matter physics is a doctoral degree in the field of physics that focuses on the study of theoretical models and predictions related to astroparticle and dark matter. This involves using mathematical and computational methods to understand the fundamental properties and behavior of particles and their interactions in the universe.

2. What are the requirements for obtaining a PhD in theoretical/astroparticle/dark matter physics?

The specific requirements may vary depending on the university or program, but typically, a PhD in theoretical/astroparticle/dark matter physics requires completing coursework, passing comprehensive exams, conducting original research, and defending a dissertation. It may also involve teaching or participating in seminars and conferences.

3. What career opportunities are available with a PhD in theoretical/astroparticle/dark matter physics?

Individuals with a PhD in theoretical/astroparticle/dark matter physics can pursue careers in academia, research institutions, government agencies, and private companies. They can work as professors, researchers, data scientists, consultants, or in other roles that require strong analytical and problem-solving skills.

4. What is the difference between theoretical, astroparticle, and dark matter physics?

Theoretical physics involves the development and testing of mathematical models and theories to explain physical phenomena. Astroparticle physics combines principles from particle physics and astrophysics to study the behavior of particles in astronomical objects. Dark matter physics focuses specifically on understanding the properties and effects of the elusive dark matter in the universe.

5. What skills are needed to succeed in a PhD in theoretical/astroparticle/dark matter physics?

A strong background in mathematics, physics, and computer programming is essential for a PhD in theoretical/astroparticle/dark matter physics. Additionally, strong analytical, critical thinking, and problem-solving skills are important for conducting research and analyzing data. Good communication and teamwork skills are also valuable for collaborating with colleagues and presenting research findings.

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