Can I self-study quantum for pGRE?

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Discussion Overview

The discussion centers around the feasibility of self-studying quantum mechanics in preparation for the physics GRE (pGRE) while balancing research commitments. Participants explore the necessary resources and strategies for effective study within a limited timeframe.

Discussion Character

  • Exploratory
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant outlines their accelerated physics course plan and expresses concern about the ability to self-study quantum mechanics effectively before the pGRE.
  • Another participant suggests that if the individual's work ethic is strong, self-study is realistic, emphasizing the importance of selecting appropriate study resources.
  • A request for recommendations on study materials beyond Griffith's Introductory Quantum Mechanics is made, indicating a desire for additional resources.
  • One participant advises taking a sample physics GRE exam to gauge the level of quantum mechanics knowledge required for the test.
  • Another participant supports the use of Griffiths and mentions the "Conquering the Physics GRE" book as a helpful resource, suggesting that practice exams can guide the study of any unfamiliar topics.
  • The original poster expresses satisfaction with the consensus that individual study can be sufficient and outlines their study plan, including the use of Griffiths and a structured study schedule.
  • Concerns are raised about the potential waste of official GRE practice tests if foundational knowledge in quantum mechanics is lacking.

Areas of Agreement / Disagreement

Participants generally agree that self-study of quantum mechanics can be sufficient for preparing for the pGRE, though there are varying opinions on the best resources and strategies to employ. Some uncertainty remains regarding the adequacy of preparation given the time constraints.

Contextual Notes

Limitations include the potential variability in individual study effectiveness, the dependence on chosen resources, and the challenge of balancing research commitments with study time.

yeshuamo
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I am pushing myself through an accelerated course of undergraduate physics (a number of reasons) and, if all goes well, it looks like I can complete the degree in two years. I have a 4.0 in physics up to this point, so I've seen no indication of my lack of work ethic/aptitude. After that, I intend on pursuing a doctorate, for which I, obviously, will first have to pass the pGRE.

Caveat:
With my plan intact, it looks like I will not have time to get through a full semester of Quantum I before taking the pGRE (Introduction to Relativity and Quantum notwithstanding.) How realistic is it for me to expect to cover the necessary material from quantum over the summer on my own and get a top score while performing research with my current PI or at an REU?

Here are the courses that I will have completed come pGRE time:
Introductory Mechanics
Introductory E&M

Honors Intro Waves, Optics, Thermodynamics
Honors Intro Relativity and Quantum Physics
Vector Calculus
Independent study in cosmology
Intro ordinary differential equations

Methods in Experimental Physics I
Classical Mechanics I
Computational Physics
Mathematical Techniques in Physics
E&M I
Directed research.

Your honest feedback is appreciated. I am content with taking a year off to work if that will significantly increase my scores and chances of being admitted by a reputable institution. But I'd also like to avoid unnecessary stalling.
 
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yeshuamo said:
How realistic is it for me to expect to cover the necessary material from quantum over the summer on my own and get a top score while performing research with my current PI or at an REU?

If your work ethic is fine, then this is pretty realistic. Just be sure to get the right resources to study from.
 
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micromass said:
If your work ethic is fine, then this is pretty realistic. Just be sure to get the right resources to study from.
Thank you for the feedback. I wouldn't expect you to know this, but aside from Griffith's Introductory Quantum Mechanics, can you recommend right resources?
 
Have you seen, or better, taken a sample physics GRE exam? That should give you a good idea of the level of QM (and other subjects) required. A Google search for "physics gre sample test" turns up lots of links.
 
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You mentioned you'll be using Griffiths, I think this is sufficient most of the quantum. Also, if you are using the "Conquering the Physics GRE" book, that will also be useful. In addition to those two, you can easily learn about whatever topics you find on the practice exams that you don't yet know.
 
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Thank you all for contributing to my question. I am happy to hear a consensus that individual study of quantum physics can suffice for my purposes.

As for practice tests, I intend on following the 16-week study plan maintained by Sarah Garner at UW after I'm done with my Spring semester + covering Griffiths's Quantum Mechanics.

Obviously, I could take practice tests without going through quantum in detail, but I don't want to "waste" the precious official GRE exams (5 total have been released by ETS) for self-evaluation if I know that a big chunk of my knowledge is missing. Which is why I'm making arrangements for Griffiths! And which is why I'm also not going to be bored in the summer.

P.S. Dishsoap is a fantastic name.
 

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