When can I read and understand research papers?

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To effectively read theoretical physics research papers, a solid foundation in advanced mathematics and physics is essential. Typically, individuals at the Master's level should be capable of understanding the theoretical equations, experiments, and data presented in papers within their field. For those learning independently, a background in calculus, linear algebra, differential equations, and intermediate classical mechanics and electromagnetism is crucial. As one progresses through studies in general relativity and quantum mechanics, the ability to engage with research articles and tackle theoretical problems will improve. Seeking guidance from subject matter experts can also enhance comprehension and facilitate deeper understanding of complex topics.
Ahmed1029
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I'm wondering how much I'm supposed to know in order to start reading theoretical physics research papers. Any advice?
 
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Ahmed1029 said:
I'm wondering how much I'm supposed to know in order to start reading theoretical physics research papers. Any advice?
What is one's academic level?

Usually, at the MS level one should be able to read research papers in one's field and more or less understand the theory equations, experiments and data. One might need the assistance of a 'subject matter expert'. Certainly, the more academic achievement and experience, the more one should understand.
 
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Astronuc said:
What is one's academic level?

Usually, at the MS level one should be able to read research papers in one's field and more or less understand the theory equations, experiments and data. One might need the assistance of a 'subject matter expert'. Certainly, the more academic achievement and experience, the more one should understand.
I'm learning physics on my own. I know calculus 1,2,3, linear algebra, differential equations, intermediate classical mechanics and electromagnetism, and currently studying general relativity and quantum mechanics. I'm wondering at what stage of learning I will be able to read articles and search for theoretical problems to work on, because that's essentially what I want to do.
 
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