Newbetuts
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New posts in galois-theory
$|\operatorname{Aut}(K/F)| \leq [K:F]_s$ holds in general?
abstract-algebra
field-theory
galois-theory
extension-field
automorphism-group
Galois: Why does $\{1,f,f^2\}$ correspond to $\mathbb{Q}(\omega)$?
galois-theory
extension-field
galois-extensions
Determine the Galois Group of $(x^2-2)(x^2-3)(x^2-5)$
abstract-algebra
field-theory
galois-theory
extension-field
The Galois Extension of $\mathbb Q$ with cyclic group of prime order as its Galois group
galois-theory
How to determine the density of the set of completely splitting primes for a finite extension?
algebraic-number-theory
galois-theory
number-theory
Prove that the tensor product of non algebraic extensions is not a field
abstract-algebra
field-theory
galois-theory
extension-field
tensor-products
Normal extension of rational complex fields
abstract-algebra
galois-theory
Intermediate fields of cyclotomic splitting fields and the polynomials they split
group-theory
galois-theory
Splitting field implies Galois extension
abstract-algebra
field-theory
galois-theory
How to show $\mathbb{Q}(\alpha^{4})=\mathbb{Q}(\alpha)$?
galois-theory
what is the simplest example of an etale cover which is not Galois?
algebraic-geometry
galois-theory
Minimal polynomial of $\zeta+\zeta^{-1}$
abstract-algebra
field-theory
galois-theory
cyclotomic-polynomials
Example of a nontransitive action of $\operatorname{Aut}(K/\mathbb Q)$ on the roots in $K$ of an irreducible polynomial.
abstract-algebra
group-theory
field-theory
galois-theory
extension-field
Source to learn Galois Theory
abstract-algebra
reference-request
field-theory
galois-theory
book-recommendation
Galois group of $x^6+3$ over $\mathbb Q$
abstract-algebra
field-theory
galois-theory
Intermediate field, normal closure and Galois group
abstract-algebra
field-theory
galois-theory
Families of Polynomials with specific Galois Group
galois-theory
If a normal $K/F$ has no intermediate extensions, then $[K : F]$ is prime
abstract-algebra
field-theory
galois-theory
Reading the mind of Prof. John Coates (motive behind his statement)
galois-theory
elliptic-curves
number-theory
algebraic-geometry
algebraic-number-theory
Finding a Galois extension of $\Bbb Q$ of degree $3$
abstract-algebra
field-theory
galois-theory
extension-field
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