Struggling with Math in Preparation for a Physics PhD: What Should I Do?

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In summary, the conversation discusses the speaker's educational background and their desire to pursue an Integrated PhD in astrophysics. They mention facing difficulties in math and their understanding of the subject. They ask for advice on how to improve their math skills and someone recommends using the book Mathematical Methods for the Physical Sciences by Mary Boas. The speaker expresses that they find this book helpful and it fits well with their way of thinking.
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astro2cosmos
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hey 2 all I'm from delhi, I've done BTech in automotive design engineering but i want to do Integrated PhD in astrophysics, & for this now I'm preparing for GATE, JEST physics. but the main problem during preparation i face maths i.e I'm not that much confident in maths wherelse i love physics.while study maths i can understand the method but cann't follow up with it for any new question.& i know that until my maths is not strong i cannot do anything in physics.what should i do please help me
byeeeeeeeee//////////
 
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George Jones said:
Work through Mathematical Methods for the Physical Sciences by Mary Boas,

https://www.amazon.com/dp/0471198269/?tag=pfamazon01-20.

I always have this near me. I've actually used it as my primary study guide for courses that used other textbooks...
For some reason, Boas just seems to click with how I think. I don't know if I'm alone in this though.
 
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FAQ: Struggling with Math in Preparation for a Physics PhD: What Should I Do?

What is the dilemma of math and physics?

The dilemma of math and physics refers to the challenges scientists face in trying to reconcile the two disciplines. While math is often used to describe and predict physical phenomena, there are still many unanswered questions and discrepancies between the two fields.

How do math and physics relate to each other?

Math is considered the language of physics, as it provides the tools and equations needed to describe and understand the physical world. Physics, on the other hand, provides the real-world context for mathematical concepts and theories.

Why is the dilemma of math and physics important?

The dilemma of math and physics is important because it highlights the limitations of both disciplines and the need for further research and collaboration. By understanding the challenges and discrepancies between math and physics, scientists can work towards a more unified understanding of the universe.

What are some examples of the dilemma of math and physics?

One example is the concept of infinity, which is used frequently in math but has no physical equivalent. Another example is the discrepancy between Einstein's theory of relativity and quantum mechanics, which has yet to be reconciled.

How can the dilemma of math and physics be resolved?

There is no one definitive answer to this question, as it is an ongoing challenge for scientists. However, continued research and collaboration between mathematicians and physicists may lead to a deeper understanding and potential solutions to the dilemma.

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