
#1
Mar312, 01:52 PM

P: 70

Hey folks,
I just finished reading Axler's Linear Algebra Done Right, and Halmos' Finite Dimensional Vector Spaces, as well as doing pretty much all the problems in both of them. I really like linear algebra, and would like to keep learning more. I am interested in multilinear algebra and tensor algebra. Is there a nice intro to this subject out there, especially one that doesn't rely on abstract algebra (as I don't know much of that)? Thanks, Broccoli 21 



#2
Mar312, 01:56 PM

P: 836

From what I have seen, advanced linear algebra either requires some abstract algebra (e.g. module theory) or topology (e.g metric spaces). Two books I think seem good are Steven Roman's "Advanced linear algebra" and "The linear algebra a beginning grad student ought to know".




#3
Mar312, 02:16 PM

P: 107

You'll experience some tensors in most analysis on manifolds courses. Check out Calculus on Manifolds by Spivak or Analysis on Manifolds by Munkres. Typical prerequisites are real analysis and rigorous linear algebra.




#4
Mar312, 07:43 PM

P: 943

Next step in Linear Algebra studies? 



#5
Mar312, 08:59 PM

P: 70

Hmm. Both of these seem to require math that I haven't taken. Would Baby Rudin be sufficient background for functional analysis?
I have only basic abstract algebra under my belt. Maybe I'll wait till later to tackle modules and the like. 



#6
Mar412, 01:41 AM

P: 714

To go any further, your will need to learn Abstract Algebra. As you go along, Linear Algebra and Abstract Algebra merge in the study of modules and algebras. There are a number of solid algebra textbooks, but different ones are better depending on your starting level. Have you done an abstract course, or just read on your own?




#7
Mar412, 04:19 AM

P: 9





#8
Mar412, 07:51 AM

Mentor
P: 16,700

If you want to go the algebra route, then you should read "basic algebra" by Knapp. It's an extremely beautiful and inspiring book. 



#9
Mar412, 11:48 AM

P: 943





#10
Mar412, 04:25 PM

P: 70

Also, after I take abstract algebra I (groups, rings and fields), I can take representation theory. Would that be sufficient background to study Roman's "Advanced linear algebra"? If not, then what other math should I take? Note: on the representation theory class description it says: "The topics covered will include group rings, characters, orthogonality relations, induced representations, applications of representation theory, and other select topics from module theory." 



#11
Mar412, 05:09 PM

P: 836

I think you'll be fine for Roman if you know about groups, rings and fields. He does cover the preliminaries briefly, though.




#12
Mar412, 09:01 PM

Sci Advisor
HW Helper
P: 9,428

Ted Shifrin wrote a book on abstract algebra for people that have just had linear algebra, called algebra from a geometric viewpoint.
werner greub has two books on linear algebra, one called linear algebra and one called multilinear algebra. I would suggest the second one for the OP's original request. 



#13
Mar412, 11:13 PM

P: 70

You can see the table of contents here (look inside) http://www.amazon.com/LinearAlgebra.../dp/0387901108 



#14
Mar512, 12:11 AM

P: 943

it's written in a less informal style & from a more abstract point of view than axler's. you could try working on a book on multilinear algebra (northcott does another one btw), say flip through a copy at your library & see if you can follow it. if not I still think more abstract algebra would probably make it easier.




#15
Mar512, 09:56 AM

P: 361

Since you've already studied Halmos' Finite Dimensional Vector Spaces, you might enjoy working the problems in his Linear Algebra Problem Book.



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