Plasma Physics PhD program admission

In summary, the conversation discusses the minimum GPA required for a plasma physics grad program and the potential backup options if the GPA is not high enough. The speaker recommends considering an engineering degree and studying plasma physics independently, as it is a competitive field. They also mention the importance of having a backup plan due to the high attrition rate in science PhD programs and the potential to gain marketable skills through postdoctoral positions. The conversation ends with the suggestion to consult with an advisor for further guidance.
  • #1
Marlon Mazola
3
0
Hello, I'm new so I couldn't find a spot to put this in. I was wondering what's the minimum GPA for a plasma physics grad program especially fusion, I don't want good schools, I just want something that is enough to take me further. The thing is I dropped the ball hard my first year of college and have a 2.68 GPA, however, I'm planning to raise that to a 3.1/3.2 by the time I get out. Saying that I get competitive GRE and good research experience would I be able to make to any schools at all? Also, as a backup what other major could I change to if needed (I really don't want to do this but if it is the only choice to not ruin my college career then I will) ? Thanks for your time.
 
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  • #2
There are a lot of schools that have small research departments in plasma physics. However, plasma physics is a pretty competitive field. Even if you did your PhD at a lower tier school, most professors end up teaching at schools that are lower ranked than their PhD program...so you wouldn't have any option but to teach community college or high school. Just pick an engineering degree and study plasma physics on your own time if you're interested in it.
 
  • #3
Hercuflea said:
There are a lot of schools that have small research departments in plasma physics. However, plasma physics is a pretty competitive field. Even if you did your PhD at a lower tier school, most professors end up teaching at schools that are lower ranked than their PhD program...so you wouldn't have any option but to teach community college or high school. Just pick an engineering degree and study plasma physics on your own time if you're interested in it.
What did you mean in your last sentence? I thought engineering was more competitive than physics. I also have more options in terms of research, like dark matter, and stuff from astrophysics too, but plasma physics was mostly for my interest in fusion.
 
  • #4
The attrition rate in most science and math PhD programs is around 50%. You have to have a backup plan in case you do not make it all the way through a PhD, which would be absolutely required if you wanted to get any job in plasma physics. If you get an engineering degree, at some schools (like UMichigan-Ann Arbor) you can study plasma physics and still get a marketable degree like EE or nuclear. If you just do a degree in physics, you risk graduating with a degree of dubious value.
 
  • #5
My grad school was not top ranked, and all the profs there didn't come from top ranked schools, and many of us are professors at good state universities, private universities, and private colleges. It's not all about the name of the school. My application was judged based on my research, an excellent post-doc appointment, and previous work with student researchers.

Don't aim very high with your GPA. But going to a low ranked school simply means it's a smaller program (grad school PhD rankings are directly proportional to the number of PhDs in physics they award each year). It doesn't mean your PhD is worthless (or even worth less).
 
  • #6
eri said:
My grad school was not top ranked, and all the profs there didn't come from top ranked schools, and many of us are professors at good state universities, private universities, and private colleges. It's not all about the name of the school. My application was judged based on my research, an excellent post-doc appointment, and previous work with student researchers.

Don't aim very high with your GPA. But going to a low ranked school simply means it's a smaller program (grad school PhD rankings are directly proportional to the number of PhDs in physics they award each year). It doesn't mean your PhD is worthless (or even worth less).

This is true, it is possible to get postdocs to improve your CV after going to a lower ranked school. And I agree your academic placements are mostly about how well connected your advisor is. But it doesn't change the fact that the dropout rate in science PhD programs is often around 40-50%. It's a big risk to go to a smaller school without ever having developed any marketable skills, and then to face the possibility of not completing your PhD program.
 
  • #7
eri said:
My grad school was not top ranked, and all the profs there didn't come from top ranked schools, and many of us are professors at good state universities, private universities, and private colleges. It's not all about the name of the school. My application was judged based on my research, an excellent post-doc appointment, and previous work with student researchers.

Don't aim very high with your GPA. But going to a low ranked school simply means it's a smaller program (grad school PhD rankings are directly proportional to the number of PhDs in physics they award each year). It doesn't mean your PhD is worthless (or even worth less).
Hercuflea said:
This is true, it is possible to get postdocs to improve your CV after going to a lower ranked school. And I agree your academic placements are mostly about how well connected your advisor is. But it doesn't change the fact that the dropout rate in science PhD programs is often around 40-50%. It's a big risk to go to a smaller school without ever having developed any marketable skills, and then to face the possibility of not completing your PhD program.

I could also just get another major that has similar classes as my current major. I need to talk to my advisor about all this. Thank you so much for answering me, I was having a lot of anxiety do to this issue of mine.
 

Related to Plasma Physics PhD program admission

1. What is a Plasma Physics PhD program?

A Plasma Physics PhD program is a graduate level program that focuses on the study of plasma, which is a state of matter made up of charged particles. This program is designed for students who are interested in pursuing advanced research and academic careers in the field of plasma physics.

2. What are the minimum requirements for admission to a Plasma Physics PhD program?

The specific requirements for admission to a Plasma Physics PhD program may vary depending on the university, but most programs typically require applicants to have a bachelor's or master's degree in a related field such as physics, engineering, or applied mathematics. Additionally, applicants may need to have a strong academic background, letters of recommendation, and competitive GRE scores.

3. What skills and qualities are important for success in a Plasma Physics PhD program?

To succeed in a Plasma Physics PhD program, it is important to have a strong foundation in mathematics and physics, as well as excellent critical thinking and problem-solving skills. Additionally, strong communication and collaboration skills are important for working in a research team and presenting findings at conferences. A passion for scientific research and a strong work ethic are also crucial for success in this program.

4. Are there any research opportunities available for students in a Plasma Physics PhD program?

Yes, most Plasma Physics PhD programs offer research opportunities for students to work on cutting-edge projects in collaboration with faculty members and other researchers. These research opportunities allow students to gain hands-on experience and contribute to the advancement of the field.

5. What career options are available for graduates of a Plasma Physics PhD program?

Graduates of a Plasma Physics PhD program can pursue a variety of career paths in academia, industry, and government. Some common job titles include research scientist, plasma physicist, materials scientist, and engineering consultant. These careers often involve conducting research, developing new technologies, and solving complex problems related to plasma physics.

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