What Are the Best Resources for a 15-Year-Old Interested in a Career in Physics?

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Discussion Overview

The discussion centers on resources and pathways for a 15-year-old interested in pursuing a career in physics. Participants explore various educational materials, mathematical foundations, and personal experiences related to learning physics at a young age.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • One participant expresses a desire to learn about physics in an accessible way, seeking recommendations for websites, books, and magazines.
  • Another participant suggests the American Physical Society website as a valuable resource, noting the vastness of the field and the importance of foundational mathematics.
  • A participant inquires about specific mathematical topics relevant to physics, indicating a strong interest in math and learning.
  • It is mentioned that a solid background in Algebra I, Algebra II, trigonometry, precalculus, and eventually calculus is essential for understanding physics concepts.
  • Additional mathematical areas such as linear algebra, vector calculus, and differential geometry are noted as important for physics.
  • One participant encourages engaging in science fairs and hands-on experiments to foster interest in physics.
  • A book titled "Discovering Relativity for Yourself" is recommended as suitable for beginners interested in relativity.

Areas of Agreement / Disagreement

Participants generally agree on the importance of foundational mathematics and suggest various resources, but there is no consensus on a single best approach or resource for learning physics.

Contextual Notes

Some participants emphasize the need for a strong mathematical background, while others highlight the accessibility of physics concepts. The discussion reflects a range of personal experiences and recommendations without resolving the best path forward.

Who May Find This Useful

Young students interested in physics, educators seeking resources for teaching physics, and individuals looking for guidance on starting a career in STEM fields.

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I've decided that I would like to pursue a career in physics. Before I decide to devote my life to it (I am in year 9, so there's really no rush), I would like to find out more about it. However I am only 15, so most information I find is far beyond my intelligence. What I would like to know is where I can start to learn about it (websites, books, magazines etc.) and learn about it in language that I understand. I don't really want to learn everything, I'm just more interested in what's involved in all the different paths you can take with physics and just getting a general understanding of physics. I understand that it's hard to simplify physics, but I am quite intelligent and willing to learn.

Thank you in advance (I apologise if I posted in the wrong section, but I'm fairly new to this forum)
 
Physics news on Phys.org
http://www.aps.org/ would be a good place to look. Remember, physics is a vast field with a variety of subdisciplines, and it extends beyond what is usually found in pop sci books (string theory, etc.)

I don't believe it's particularly hard to simplify physics--after all, I believe the ability to explain physical concepts to a child is what Einstein emphasized. In order to be able to DO physics, however, you will have to wait until you've been exposed to enough mathematical topics to be comfortable with applying an understanding of physics.
 
Well I love maths and I enjoy learning new things, so what are some of theses mathematical topics that apply to physics?

Thank you for your reply axmls.
 
Well, based on your grade level, I assume you're taking Algebra I or something close to that. It's important to get a strong background in these fundamentals if you want to do physics. You'll need things from Algebra II and trigonometry and precalculus as well. When you learn calculus, many of the ideas in physics will become much more clear to you. Of course, there are other areas of math that show up in physics as well, such as linear algebra, vector calculus, differential geometry, etc.

Basically, you will need to be comfortable with a variety of mathematical topics in physics. Fortunately, if you truly enjoy physics, then it will be that much easier for you to practice these things.

I recommend that you continue to do some researching regarding what looks interesting in physics to you. This can always change, of course, as over time, you will be exposed to different areas, and you may love some while hating others. I encourage you to participate in science fairs, or mess around with science-experiment related things in your free time.

Remember, there's a recurring idea that shows up on these forums that every physicist is Einstein (or smarter!). Invariably, talk of IQ comes into play. I'll tell you right now, don't let any of that concern you. Anyone who is truly passionate about physics can do physics, but remember, hard work will usually beat natural skill. That said, if you're passionate about it and you're willing to work hard, then make sure you're getting a good grasp of the maths and sciences you're studying right now in school, and just find ways to get involved in physics.
 
Thank you so much for your help axmls. You have been incredibly helpful.
 
There are some books aimed at people of your level. "Discovering Relativity for Yourself" is a book which teaches what you need beyond arithmetic to learn special relativity and even some general relativity. I have it myself and recommend it.
 
I'll check it out. Thank you Jozape.
 

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