Learning a new topic in graduate school classes in Physics

In summary, learning a new topic in graduate school classes in Physics involves a deep engagement with complex concepts, often requiring a strong foundation in mathematics and prior physics knowledge. Students typically utilize a combination of lectures, textbooks, research papers, and problem-solving sessions to grasp advanced theories and applications. Collaboration with peers and professors is crucial for understanding challenging material, and regular practice through exercises and projects enhances retention and comprehension. Ultimately, the process fosters critical thinking and analytical skills necessary for scientific inquiry and research.
  • #1
JorgeA22
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Homework Statement: My question is how do you approach a new topic in Physics?, I'm starting grad school next semester and I think that I don't have the best routine studying Physics, so I wanted to know what are your best tips to learn something new in physics?

Specially after the pandemic I had some problems and it was harder for me to concentrate and study properly, so I have some blurry memories about some basic Physics concepts.
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  • #2
JorgeA22 said:
so I have some blurry memories about some basic Physics concepts
That tells you where to start, the basics. Unless you never studied physics everything will be new. Physics is built upon and dependent upon previously discussed principles and techniques. Subjects have prerequisites that you are assumed to understand. Make sure you understand that material. Go back as far as necessary so as to be comfortable with the new subject.
 
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  • #3
Welcome to PF.

JorgeA22 said:
I'm starting grad school next semester
Well if you got accepted to grad school in Physics, you must have done fairly well in undergrad, no? What are you specializing in for grad school?
 
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In grad school the responsibility of learning is placed squarely on your shoulders. If you have a good professor, you learn. If you have a bad professor, you learn despite your professor. In grad school one is expected to convert oneself from college kid to professional. How do you think that will happen to you?

The transformation has to come from within and only you can bring it about. If your routine for studying physics is not good, get rid of it and adopt a better one. If some of the physics you have seen is blurred, make sure it becomes unblurred. Your success in grad school will depend on how focused, determined and persistent you are. At U.S. universities a grade of B- is "good enough" if assigned to an undergraduate but a failing grade if assigned to a grad student.
 
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  • #5
berkeman said:
Welcome to PF.
Thank You!!
berkeman said:
Well if you got accepted to grad school in Physics, you must have done fairly well in undergrad, no?
I've done my effort that's for sure, but also I'm positive that I could've done far better than what I did in the past, so that's where my insecurity comes from.
berkeman said:
What are you specializing in for grad school?
That's also one of the questions that I don't know how to answer, I've been doing cosmology in undergrad, but I have a few months to see to which area I want to specialize. My pick will probably be either General Relativity or Quantum Physics. In GR I have a fair understanding of the concepts and It will be easier to deal with, but I'm also thinking in switching to the Quantum world…

The modern physics in general is my favorite area of physics.
 
  • #6
After I had failed achieving an MScs in both pure mathematics and Theoretical Physics (I took all the course but in physics I failed one class four times and couldn't find a thesis adviser in maths I changed several times my advisers but my Average grades in the courses and seminar was something like 95-96 I cannot remember. This coming year I am enrolling in an MSc in Electrical Engineering without thesis only 10 courses are needed for me to get the degree.
But I still remember stuff that I once learnt in both maths and physics. Though I am not from the US.
 
  • #7
What I am trying to advise, is for learning new subject you get a good book, if there are solutions which are known you go over them and check that their derivations are indeed sound. If there aren't you ask in forums like PF or others, and try your luck. If that doesn't work then you're on your own.
 

FAQ: Learning a new topic in graduate school classes in Physics

How can I effectively manage my time while learning a new topic in graduate school physics classes?

Effective time management is crucial. Start by creating a detailed schedule that allocates specific time slots for studying, attending lectures, and completing assignments. Break down the new topic into smaller, manageable sections and set realistic goals for each study session. Prioritize tasks based on deadlines and difficulty, and make sure to include regular breaks to avoid burnout. Utilizing tools like planners, calendars, and time-tracking apps can also help you stay organized and focused.

What strategies can I use to understand complex concepts in graduate-level physics?

Understanding complex concepts often requires a multi-faceted approach. Begin by thoroughly reading the relevant textbooks and lecture notes. Supplement your reading with video lectures and online resources that explain the concepts in different ways. Engage in active learning by solving problems, conducting experiments, and discussing the material with peers or professors. Drawing diagrams and visualizing the concepts can also aid in comprehension. Additionally, teaching the material to someone else or even to yourself can reinforce your understanding.

How important is collaboration with peers in mastering new topics in physics?

Collaboration with peers is extremely important in graduate-level physics. Working with others allows you to gain different perspectives and insights that you might not have considered. Study groups can provide a supportive environment to discuss challenging concepts, solve problems collaboratively, and share resources. Peers can also offer motivation and accountability. Furthermore, explaining concepts to others can deepen your own understanding and reveal any gaps in your knowledge.

What resources are most helpful for learning new topics in graduate school physics?

A variety of resources can be beneficial when learning new topics. Textbooks and academic journals are essential for in-depth understanding and staying current with recent developments. Online platforms like Coursera, edX, and Khan Academy offer courses and video lectures that can supplement your learning. Research papers and preprints on arXiv.org provide access to cutting-edge research. Additionally, software tools like MATLAB, Mathematica, and Python can be invaluable for simulations and data analysis. Don't forget to utilize your university's library and online databases for additional materials.

How can I stay motivated and overcome challenges when learning difficult physics topics?

Staying motivated can be challenging, but setting clear, achievable goals can help. Break down the topic into smaller tasks and celebrate small victories along the way. Maintain a positive mindset and remind yourself of your long-term objectives and passion for the subject. When facing difficulties, don't hesitate to seek help from professors, teaching assistants, or peers. Taking regular breaks, maintaining a healthy lifestyle, and engaging in activities outside of academics can also help you stay balanced and motivated. Remember, persistence and resilience are key to overcoming challenges in any rigorous academic pursuit.

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