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MacDonald -> Macdonald, while this is on the front page
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LSpice
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I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

  • More comprehensive than Atiyah–Macdonald

  • More readable than Matsumura (maybe better organized?)

  • Less thick than Eisenbud, and more to the point.

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it systematically (apart from a first course on A-MA–M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

EDIT: I will be more specific about the level. As I said I already had a course on Atiyah-MacDonaldAtiyah–Macdonald, and I know that material well, so I'm not interested in books of a comparable level. But I'm not completely familiar with Cohen-MacaulayCohen–Macaulay rings and the relationship between regular sequences and the Koszul complex for example. And I know very little of Gorenstein rings and duality. So I'm looking for something a little bit more sophisticated than what has been already proposed. Yes, I know Eisenbud does these things but it's easy to get lost in that book. Something more to the point would be nice.

I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it systematically (apart from a first course on A-M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

EDIT: I will be more specific about the level. As I said I already had a course on Atiyah-MacDonald, and I know that material well, so I'm not interested in books of a comparable level. But I'm not completely familiar with Cohen-Macaulay rings and the relationship between regular sequences and the Koszul complex for example. And I know very little of Gorenstein rings and duality. So I'm looking for something a little bit more sophisticated than what has been already proposed. Yes, I know Eisenbud does these things but it's easy to get lost in that book. Something more to the point would be nice.

I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

  • More comprehensive than Atiyah–Macdonald

  • More readable than Matsumura (maybe better organized?)

  • Less thick than Eisenbud, and more to the point.

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it systematically (apart from a first course on A–M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

EDIT: I will be more specific about the level. As I said I already had a course on Atiyah–Macdonald, and I know that material well, so I'm not interested in books of a comparable level. But I'm not completely familiar with Cohen–Macaulay rings and the relationship between regular sequences and the Koszul complex for example. And I know very little of Gorenstein rings and duality. So I'm looking for something a little bit more sophisticated than what has been already proposed. Yes, I know Eisenbud does these things but it's easy to get lost in that book. Something more to the point would be nice.

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Andrea Ferretti
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I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it systematically (apart from a first course on A-M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

EDIT: I will be more specific about the level. As I said I already had a course on Atiyah-MacDonald, and I know that material well, so I'm not interested in books of a comparable level. But I'm not completely familiar with Cohen-Macaulay rings and the relationship between regular sequences and the Koszul complex for example. And I know very little of Gorenstein rings and duality. So I'm looking for something a little bit more sophisticated than what has been already proposed. Yes, I know Eisenbud does these things but it's easy to get lost in that book. Something more to the point would be nice.

I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it systematically (apart from a first course on A-M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it systematically (apart from a first course on A-M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

EDIT: I will be more specific about the level. As I said I already had a course on Atiyah-MacDonald, and I know that material well, so I'm not interested in books of a comparable level. But I'm not completely familiar with Cohen-Macaulay rings and the relationship between regular sequences and the Koszul complex for example. And I know very little of Gorenstein rings and duality. So I'm looking for something a little bit more sophisticated than what has been already proposed. Yes, I know Eisenbud does these things but it's easy to get lost in that book. Something more to the point would be nice.

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H. Hasson
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I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it sistematicallysystematically (apart from a first course on A-M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it sistematically (apart from a first course on A-M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

I'm looking for a good book in commutative algebra, so I ask here for some advice. My ideal book should be:

-More comprehensive than Atiyah-MacDonald

-More readable than Matsumura (maybe better organized?)

-Less thick than Eisenbud, and more to the point

To put this in context, I'm an algebraic geometer, so I know enough commutative algebra, but I didn't study it systematically (apart from a first course on A-M which I followed as an undergraduate); rather I learned the things I needed from time to time. So I would like to give me an occasion to get a better grasp on the subject.

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Andrea Ferretti
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