Self learning for physics and math

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Discussion Overview

The discussion centers around self-learning resources for physics and mathematics, particularly aimed at a high school junior preparing for a future career in research. Participants share suggestions for books and study strategies, as well as considerations for different areas of research within physics and mathematics.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • One participant suggests that foundational knowledge in algebra and analysis is essential for pursuing a double major in math, recommending Abbott's "Understanding Analysis" as a suitable resource.
  • Another participant emphasizes the importance of exploring various subjects beyond physics and mathematics, recommending visits to local universities for additional resources and insights into first-year textbooks.
  • There is a mention of the AP Physics C course being equivalent to the first-year calculus-based physics sequence at many universities, with a recommendation for the "Introductory Modern Physics" textbook by Taylor, Zafiratos, and Dubson.
  • Participants inquire about the specific area of research the original poster is interested in, such as astrophysics or pure mathematics, indicating a need for tailored advice based on research interests.
  • One participant shares their personal experience of how studying for a specific exam helped them gain admission to undergraduate studies, suggesting that exam preparation can be beneficial.
  • There is a suggestion to consider reading Feynman's "Feynman Lectures," though it is noted that they may not be the best fit for undergraduates.

Areas of Agreement / Disagreement

Participants express various viewpoints on the best resources and strategies for self-learning, with no clear consensus on a single approach or set of materials. The discussion remains open-ended regarding the specific research interests of the original poster.

Contextual Notes

Some suggestions depend on the participant's future academic path and personal interests, which are not yet fully defined. The discussion includes various levels of complexity in recommended resources, with some participants noting that certain texts may be too advanced for the original poster's current level.

Who May Find This Useful

This discussion may be useful for high school students interested in pursuing physics or mathematics, educators seeking to guide students in self-learning, and individuals exploring resources for foundational knowledge in these subjects.

linziyi
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Hi everyone! I am a high school junior in New York, now finishing AP Physics C, Calculus BC and multivariable calculus (introductory). I want to pursuit a physics/math career in the future, planning to be a researcher. I have quite a lot of free time so I want to utlize them by self learning physics and math, can anyone give me some suggestions on what book I need to read? Thanks a lot!

Best.
 
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if youre thinking math you will definitely need to prep for algebra and analysis (assuming you go for the double major). spivak is a good author for these but perhaps too advanced? a good one is abbott's "understanding analysis" as this subject will help you explore math in a way you haven't yet.

best luck
 
What research do you want to do? Astrophysics? Pure maths?
 
linziyi said:
Hi everyone! I am a high school junior in New York, now finishing AP Physics C, Calculus BC and multivariable calculus (introductory). I want to pursuit a physics/math career in the future, planning to be a researcher. I have quite a lot of free time so I want to utlize them by self learning physics and math, can anyone give me some suggestions on what book I need to read? Thanks a lot!

In all of the following, google is your friend. Hunt for web sites giving extra info.

Studying for this exam was a real help getting me into undergrad. Winning it (well, tied for first) got me a nice scholarship as well. Though, unless you want to study in Waterloo, Canada, you can't collect.

http://sin.uwaterloo.ca/

That web page has the 2012 questions and solutions. There used to be a book called "A Decade of SIN" but, other than my own bookshelf, I can't seem to find a copy. It had 10 years of the exam with solutions, and I'm not giving it up.

Don't be afraid to get other reading for breadth. A university degree should not be about only one subject. If you have time, think about what other classes you will take and read something for them.

A trip to your local university would be helpful. Possibly you can get useful info from the website of universities you are interested in. Get the class calendar for your local university and see what classes are interesting.

See if you can find out from your local university what the first year textbook is for those classes. Then see if you can pick up those books from either their bookstore or their library. Many university libraries will let you get a library card, possibly with either a small payment or a small deposit. You can probably get such info over the web or the phone.

Do the homework questions. Write them out like you would to hand in the assignment. Hey, you never know. Maybe you will be handing them in as assignments and you might be making your first year a breeze.

Consider reading Feynman's "Feynman Lectures" but don't get too excited if they are opaque. His own evaluation was that they were not particularly suited to undergrads. They are a lot of fun. And they introduce lots of important concepts.
Dan
 
AP Physics C is supposed to be more or less equivalent to the first-year calculus based intro physics sequence for physics and other science majors at most universities in the US. At many universities, the next course physics majors take is an "introductory modern physics" course using a book such as this one:

Taylor / Zafiratos / Dubson
 
jtbell said:
AP Physics C is supposed to be more or less equivalent to the first-year calculus based intro physics sequence for physics and other science majors at most universities in the US. At many universities, the next course physics majors take is an "introductory modern physics" course using a book such as this one:

Taylor / Zafiratos / Dubson

Thank you for the info!
 
MikeyW said:
What research do you want to do? Astrophysics? Pure maths?

I haven't decided what research :/
 

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