Almost finished bachelors, ok where to go?

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SUMMARY

The discussion centers on a final semester physics student evaluating three potential paths for further studies: geophysics, condensed matter physics, and accelerator science. The student has ruled out condensed matter due to a lack of interest in their current project on computational molecular dynamics. They express a strong interest in accelerator physics, having impressed colleagues during a work placement at a synchrotron, but face challenges such as a lengthy commute and uncertainty about job prospects. Geophysics is also appealing due to industry demand, though concerns about remote work and fluctuating job markets in mining and oil are noted.

PREREQUISITES
  • Understanding of condensed matter physics and computational molecular dynamics.
  • Familiarity with accelerator physics and synchrotron facilities.
  • Knowledge of geophysics and its applications in the mining and oil industries.
  • Awareness of industry trends and job market dynamics in high energy physics and geophysics.
NEXT STEPS
  • Research opportunities in geophysics, focusing on summer projects and industry needs.
  • Explore career paths in accelerator physics, including potential roles in radiation protection.
  • Investigate the current state of research and job prospects in condensed matter physics.
  • Analyze the competitive landscape of the mining and oil industries related to geophysics.
USEFUL FOR

Students in physics, particularly those considering graduate studies in geophysics, condensed matter physics, or accelerator science, as well as professionals evaluating career transitions in these fields.

billybob5588
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Currently I am in my final semester of bachelors degree in physics. At the start of this semester I had 3 favorable options to pursue further studies in geophysics, condensed matter or accelerator science.

So I planned to try doing a bit of work in all them.

So I chose to do my final semester project on condensed matter in computational molecular dynamics to see what's it like. I didn't like it and I have ruled out to pursue further studies in condensed matter (still continuing the project).

As a part of the university curriculum I've been doing a student work placement at synchrotron in accelerator physics I like the work and the environment is nice and they have master projects there available. I know the people there and I think I have one foot in the door (more like a toe) since my work there has impressed them I think. Heaps of students from a lot of universities come and go here to do experiments/experience so I would assume its highly competitive.

Now for geophysics, I have meet a professor in geophysics to arrange a project I can work on in summer vacation to see what it is like.

Now the issues I have;
It takes me almost a 3 hr commute to synchrotron and I can't afford to get a place nearby. I don't like to travel, don't think anybody does. A scholarship won't even come close to covering expenses. I am also not sure if I can get a position, even if I complete a masters or PhD research projects there.
If I pursue this option, is a career in high energy physics flexible? Can I get a job in a related field, perhaps radiation protection? It is highly completive?

With geophysics at the moment industry need them, I haven't tried geophysics yet but I know I would like it since I've been doing some reading. Mining/Oil industry has fluctuated a lot lately (in 20 years) and the job requires me to work in remote areas which isn't fun.

I know that's a lot of reading above, if I can get you guys opinion on this any contributions will help this decision will effect the outcome of my life LOL.
 
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Geophysics seems like a good choice, maybe.
 
I imagine, and I could be wrong on some of this, that geophysics is the area that is producing the most research. The research is diverse, and I would describe it as being more on the creative side than the competitive side. In contrast, accelerator science is producing the least research. The golden era of particle physics was 90 years ago, and if particle accelerators cost upwards of $1 million (or $10 billion), it isn't likely to change. Condensed matter physics probably has the most applicability in industry, namely semiconductors and microchip fabrication.
 

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