What are some tips for starting research in Physics as a high school student?

[Ferraridude]

I'm going into my Junior year of high school and as of now I am worrying about what I have to do to get into the university of my choice. Until recently I haven't heard of the USAMO of Physics Olympiad competitions that would make me stand out, and I am not sure if I will be able to do them. I am hoping to do some research in Physics to make me stand out, so colleges will see me as someone who takes initiative.

If I am going to try to do a research in Physics, do I have to work in a team, and what kind of mathematics should I know to do something of relatively simple level? Some ideas I have include things dealing with astronomy or maybe I can study relations of plants to heat levels or something like that, not exactly sure what I can do that is different from what Physics has already accomplished.

My coursera.org free Ohio State University Calculus One course starts on the 23rd of August, which I am taking to get ahead of my high school's curriculum for my own abilities, and the Calculus Two course starts about 5 weeks or so into that, so maybe I will have to wait for the next session of Calculus Two.

Can you tell me how long I should wait to do something like this? Also, though not really needed because I should use my own inquisition, it would be nice if you guys could suggest some topic areas to explore.

 

[R.Mesri]

If you are looking to do research in Physics, the most important thing you need to do is understand the mathematics and concepts behind it. You should take as many math classes as you can, including Calculus 1 & 2, and if possible, Linear Algebra and Differential Equations. This will give you the theoretical basis to explore more advanced topics in Physics. In terms of research topics, there are many areas of Physics that could be explored. Some examples include astrophysics, quantum mechanics, particle physics, and materials science. Depending on your level of knowledge, you could look into more specific topics, such as dark matter, high energy physics, or nanomaterials. When beginning your research, it is important to make sure you have a good plan in place. Make sure you have a clear goal in mind and a timeline for achieving it. It can also be helpful to work with a mentor or adviser who can provide guidance, support, and feedback. Finally, don't be afraid to ask questions and take risks - that is how many breakthroughs are made!