Commutative algebra 3 (What is a syzygy?)
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Mathematics
Commutative algebra 2 (Rings, ideals, modules)
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Commutative algebra 1 (Introduction)
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Schemes 40: Examples of PicX
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Schemes 39: Divisors and Dedekind domains
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Schemes 38: Comparison of Cartier divisors and Pic
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Schemes 37: Comparison of Weil and Cartier divisors
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Schemes 36: Weil and Cartier divisors
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Schemes 35: Divisors on a Riemann surface
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Schemes 34: Coherent sheaves on projective space
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Schemes 33: Vector bundles on the projective line
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Schemes 31: Coherent sheaves
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Schemes 30: f* and f *
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Schemes 28: Examples of quasicoherent sheaves
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Schemes 27: Quasicoherent sheaves
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Schemes 26: Abstract and projective varieties
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Schemes 25: Proper morphisms and valuations
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Schemes 24: Proper morphisms
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Schemes 23: Valuations and separation
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Schemes 22: Valuation rings
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Schemes 21: Separated morphisms
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Schemes 20: Group schemes
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Schemes 19: Products
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Schemes 18: Immersions
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Schemes 17: Finite, quasifinite
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Schemes 16: Morphisms of finite type
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Schemes 15: Quasicompact, Noetherian
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Schemes 13: The functor of points
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Schemes 12: Proj S
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Schemes 11: Gluing schemes
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Schemes 9: Spec R is a locally ringed space
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Schemes 10: Morphisms of affine schemes
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Schemes 8: Localization
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Schemes 7: More examples of Spec R
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![Schemes 6: The spectrums of C[x,y], Z[x]](https://i.ytimg.com/vi/WirufRI1_Uo/maxresdefault.jpg)
Schemes 6: The spectrums of C[x,y], Z[x]
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Schemes 5: Definition of a scheme
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Schemes 4: f * and f^ 1
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