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Exponential Sums and Differential Equations
A01=Nicholas M. Katz
Adjoint representation
Algebraic integer
Algebraically closed field
Author_Nicholas M. Katz
Automorphism
Big O notation
Bijection
Calculation
Category=PBH
Category=PBKJ
Characteristic polynomial
Codimension
Coefficient
Cohomology
Comparison theorem
Conjugacy class
Convolution
Diagram (category theory)
Differential equation
Differential Galois theory
Dimension (vector space)
Eigenvalues and eigenvectors
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
Equation
Existential quantification
Exponential sum
Field of fractions
Formal power series
Fourier transform
Fundamental group
Fundamental representation
Galois extension
Galois group
Gauss sum
Homomorphism
Hypergeometric function
Identity element
Irreducibility (mathematics)
Irreducible representation
Isogeny
Isomorphism class
Laurent polynomial
Lie algebra
Logarithm
Mathematical induction
Matrix coefficient
Maximal compact subgroup
Monic polynomial
Monodromy
Monodromy theorem
Monomial
P-adic number
Permutation
Polynomial
Prime number
Quotient group
Reductive group
Representation theory
Ring homomorphism
Root of unity
Set (mathematics)
Sheaf (mathematics)
Special case
Subgroup
Summation
Surjective function
Symmetric group
Tensor product
Theorem
Three-dimensional space (mathematics)
Torsor (algebraic geometry)
Trichotomy (mathematics)
Unitarian trick
Variable (mathematics)
Product details
- ISBN 9780691085999
- Weight: 624g
- Dimensions: 152 x 229mm
- Publication Date: 21 Sep 1990
- Publisher: Princeton University Press
- Publication City/Country: US
- Product Form: Paperback
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This book is concerned with two areas of mathematics, at first sight disjoint, and with some of the analogies and interactions between them. These areas are the theory of linear differential equations in one complex variable with polynomial coefficients, and the theory of one parameter families of exponential sums over finite fields. After reviewing some results from representation theory, the book discusses results about differential equations and their differential galois groups (G) and one-parameter families of exponential sums and their geometric monodromy groups (G). The final part of the book is devoted to comparison theorems relating G and G of suitably "corresponding" situations, which provide a systematic explanation of the remarkable "coincidences" found "by hand" in the hypergeometric case.
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