What is the correct reading order for these topics in mathematics?

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The discussion centers on the essential mathematical topics needed for serious research in Theoretical Physics, including Topology, Group Theory, Differential Geometry, Calculus of Variations, Linear Algebra, and Abstract Algebra. Participants suggest an optimal order for studying these subjects, emphasizing that while some topics can be learned independently, others build upon foundational knowledge. Linear Algebra is highlighted as a crucial starting point, as it provides necessary analytical skills for understanding Group Theory and Differential Equations. The recommended sequence for studying these topics is: Linear Algebra, Ordinary Differential Equations, Group Theory, Abstract Algebra, Calculus of Variations, Partial Differential Equations, and finally, Differential Geometry. This structured approach aims to facilitate a deeper comprehension of the interconnected concepts in Theoretical Physics.
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Alright. So, internet gives me the idea that any serious research in Theoretical Physics will require me to have atleast some knowledge of the following topics in math:

Topology
Groups (Group Theory)
Differential Geometry
Calculus of Variations
Linear Algebra
Abstract Algebra

I was wondering if some of you could suggest me 'the' suitable order for these topics. eg, I know that Calculus of variations has nothing to do with, say, linear algebra; but in what order should I read the above mentioned topics; say between Linear Algebra, Topology, Groups, Differential Geometry?
 
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There is no necessity that one be read before the other but I think Linear Algebra is a good introduction to the ways of thinking necessary in Group Theory. I would also consider Linear Algebra necessary to Differential Equations (which should be on your list). Strictly speaking, both Linear Algebra and Group Theory are part of Abstract Algebra although Linear Algebra is more often studied separately from Abstract Algebra than is Group Theory.

I would recommend this order:

Linear Algebra
Ordinary Differential Equations
Group Theory
Abstract Algebra
Calculus of Variations
Partial Differential Equations
Differential Geometry
 
That helps... Thanks!
 
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