What are the chances of me being able to do research and how can I improve them?

In summary: This will show your professor that you're interested in doing more than just following directions. It is also important to be good at communicating with people, both in writing and orally. Finally, networking is critical for finding a research position.
  • #1
em370
24
1
My goal is to be able to get a Phd in physics and do research, particularly in theoretical physics. Most of the posts I've seen so far have been very depressing on this subject. I am in my sophomore year of high school, straight A's all honors core classes (or ap if available). I've talked with a professor of theoretical physics to do research with him this summer, but is there anything else I should be doing to raise my chances of being able to get a career in research, and are the chances of getting a postdoctoral position in research really as small as they seem?
 
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  • #2
It's not hard to get a postdoc. Theoretical physics isn't as employable as other fields, but a PhD in physics means you can get a job somewhere, even if you're not doing what you hoped to be doing. But it's extremely early to worry about this, since you haven't even had a real college physics or math course yet. It's very likely you'll change your mind about some part of that once you realize what you'll actually be studying. Did the professor agree to take you on? It's not common for professors to take on high school students; we're not paid to do that, it doesn't help our career, and even grad students often are more work than they're worth. High school students are next to useless, so if he does take you on, remember he's doing you a great act of charity.
 
  • #3
You are probably at least twelve years away from finishing a Ph.D. and looking for a postdoc. A lot can happen in twelve years, both in the world's economy (which affects the financial support for fundamental research) and in you own preferences about what you'd like to do.
 
  • #4
If you are already doing research your sophomore year in high school, you're already doing extremely well. Just keep it up, and try to learn as much mathematics as possible. In college, don't do just what is asked, but go above and beyond.
 
  • #5


I understand your desire to pursue a career in research and your concerns about the competitiveness of the field. It is important to remember that the path to a career in research, particularly in theoretical physics, is challenging but not impossible.

To improve your chances of being able to do research, there are several things you can do. First, continue to excel in your studies and take advantage of any advanced courses or research opportunities available to you in high school. This will help you build a strong foundation in physics and develop critical thinking skills.

Secondly, it is great that you have already reached out to a professor of theoretical physics to do research with them this summer. This will give you valuable hands-on experience and help you develop important research skills. I would also suggest reaching out to other professors or researchers in the field to expand your network and potential research opportunities.

In addition, consider participating in science fairs, conferences, and other events where you can present your research and network with other scientists. This will not only help you gain experience but also make connections that could be helpful in the future.

As for the chances of getting a postdoctoral position in research, it is important to keep in mind that the job market is competitive in all fields, including science. However, by setting yourself apart through your academic achievements, research experience, and networking, you can improve your chances of securing a postdoctoral position.

Overall, my advice would be to continue working hard, seeking out opportunities, and building your skills and network. While the path to a career in research may not be easy, with dedication and determination, it is certainly achievable. Best of luck on your journey towards a Phd in physics and a career in research.
 

1. What qualifications or degrees do I need to become a research scientist?

To become a research scientist, you will typically need at least a bachelor's degree in a related field such as biology, chemistry, or physics. However, many research positions may require a master's degree or a PhD in a specific area of study.

2. What skills and qualities are important for a successful research career?

Some important skills and qualities for a successful research career include critical thinking, problem-solving, attention to detail, strong communication skills, and the ability to work independently and collaboratively. Additionally, having a passion for inquiry and a curious mind are also important qualities for a research scientist.

3. What steps can I take to improve my chances of being accepted into a research program or position?

Some steps you can take to improve your chances of being accepted into a research program or position include gaining relevant research experience through internships or volunteer work, networking with professionals in your field, and continuously expanding your knowledge and skills through courses and workshops.

4. How can I stay up-to-date with current research and advancements in my field?

To stay current with research and advancements in your field, you can attend conferences and seminars, read scientific journals and publications, and engage in discussions with other researchers and professionals. Additionally, following reputable scientific organizations and experts on social media can also help you stay informed.

5. Is it necessary to have a specific research topic or area of interest in order to do research?

While it is not necessary to have a specific research topic or area of interest in mind, it can be helpful in guiding your research and making it more focused. However, many research programs and positions allow for flexibility in choosing a topic, and you may also have the opportunity to explore different areas and discover new interests through your research experiences.

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