Hi everyone,

I’m a recent A-Level graduate and have been accepted to USM. While it’s not a top-tier physics school, I want to use the seven months before university to build a strong foundation in mathematics and theoretical physics, and to learn the mathematical language that underpins modern physics. My long-term goal is to contribute meaningfully to research and eventually pursue competitive graduate programs.

I’m particularly interested in propulsion systems, plasma physics, and medical physics, and I hope to develop the skills to be research-ready as early as my sophomore year. I already have a solid conceptual background in A-Level physics and mathematics, but I haven’t studied Further Maths, so I want to strengthen my skills in:

  • Calculus (single and multivariable)
  • Linear algebra and differential equations
  • Proof-based and abstract mathematics
  • Modern physics foundations (classical mechanics, electrodynamics, quantum mechanics, relativity)

I’d greatly appreciate advice on:

  1. Books or resources that are rigorous and suitable for building both physics understanding and mathematical fluency
  2. how to structure a self-study path over the next seven months
  3. Tips for staying motivated and progressing efficiently in an environment without strong institutional support
  4. Ways to gain early research experience even at a modest university

Any guidance, personal experiences, or suggestions would be incredibly appreciated.

Thank you!

  • Khan Academy, they have good structured videos that can give you foundational understanding in all these subjects. I used them all through undergrad for mechanical engineering for many different topics and I recently had to go back to them because I needed to understand a linear algebra problem measuring a diameter with a laser so I could program it into a PLC. They are the gold standard of free educational resources in technical topics imo.

    parent

  • IMHO learning how to learn (take good notes, ask questions, do the exercises, attend all lectures, attend all tutorial sessions) and not wasting your first year (drink, drugs, whatever) will serve you very well.

    (Using American terms at a UK uni probably won't help either. You're going to be disappointed if you think you'll understand enough to be able to meaningfully contribute by the 2nd year. 2nd year is when you pretty much start - 1st year generally just exists to get everyone on the same page wrt the basics.)

    parent
    1. Physics - Haliday,Resnick,Krane is probably a good start(for introductory calcu based physics)

    Classical Mechanics by David Morin is also good to

    you can also check out the free courses by MIT

    parent

  • Since you haven't studied further maths, then a textbook for that is maybe a good start.

    parent

  • Do you need a maths tutor to strengthen up some concepts and learn problem solving. Just DM me if you need one

    parent