Minimal preliminary knowledge for a PhD in particle physics?

In summary, the conversation discusses the individual's interest in pursuing a PhD in particles and field theory, despite their current focus on mathematical physics. They have concerns about their preparedness and the differences between their current work and the works of other researchers in the field. Further questions are posed about the individual's intentions and reasons for wanting to switch fields.
  • #1
Sven2009
2
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Currently, I am doing a master in mathematical physics. I am interested in particles& field theory and want to apply a PhD in this field. But I am not sure whether I can...

I just learned a little high energy physics from Griffth and Peskin' book on elementary particles and QFT. Recently, I browse some researcher's publications and find their works are phenomenological,far different from what I am doing now...
 
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  • #2
Sven2009 said:
Currently, I am doing a master in mathematical physics. I am interested in particles& field theory and want to apply a PhD in this field. But I am not sure whether I can...

I just learned a little high energy physics from Griffth and Peskin' book on elementary particles and QFT. Recently, I browse some researcher's publications and find their works are phenomenological,far different from what I am doing now...

1. Where do you intend to pursue your PhD? If you know where, have you looked at the requirements for admission into the program at that school? Will they allow you to spend a year or two to "catch up" in terms of knowledge that you need to have to do HEP?

2. Have you talked to your academic advisor on how prepared you are? He/she should know on your capabilities, and also what is required to do HEP (I'm assuming that you intend to do theoretical HEP, instead of experimental).

3. Why do you want to switch fields? "interested in..." isn't usually enough to jump ship, because many areas look sexy from the outside. Why do you want to go from Mathematical Physics into HEP beyond just being interested in it. What about Mathematical Physics? Have you lost interest in it?

Zz.
 

1. What is the minimum educational background required for a PhD in particle physics?

The minimum educational background required for a PhD in particle physics typically includes a bachelor's degree in physics or a related field, such as mathematics or engineering. Some programs may also require coursework in quantum mechanics, electromagnetism, and statistical mechanics.

2. Do I need to have prior research experience in particle physics to pursue a PhD?

While prior research experience in particle physics can be beneficial, it is not always required for admission into a PhD program. Many programs offer opportunities for students to gain research experience through internships or research assistantships.

3. Is it necessary to have a strong background in mathematics for a PhD in particle physics?

Yes, a strong background in mathematics is essential for understanding the complex theories and equations involved in particle physics. Courses in calculus, linear algebra, and differential equations are typically required for admission into a PhD program.

4. What skills and qualities are important for success in a PhD in particle physics?

Some important skills and qualities for success in a PhD in particle physics include strong analytical and problem-solving skills, attention to detail, critical thinking abilities, and a passion for scientific research. Good communication and teamwork skills are also important for collaborating with other researchers.

5. Are there any specific computer programming languages or software programs I should be familiar with?

While there are no specific programming languages or software programs required for a PhD in particle physics, familiarity with programming languages such as Python, C++, and Fortran can be beneficial. Knowledge of software programs such as Mathematica and MATLAB can also be useful for data analysis and simulations.

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