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Book Categories |
Preface | ||
Ch. I | Preliminary Results | 1 |
1 | Elementary Properties of Solvable Groups | 1 |
2 | General Results on Representations | 9 |
3 | Actions of Frobenius Groups and Related Results | 17 |
4 | p-Groups of Small Rank | 33 |
5 | Narrow p-Groups | 44 |
6 | Additional Results | 49 |
Ch. II | The Uniqueness Theorem | 55 |
7 | The Transitivity Theorem | 55 |
8 | The Fitting Subgroup of a Maximal Subgroup | 61 |
9 | The Uniqueness Theorem | 64 |
Ch. III | Maximal Subgroups | 69 |
10 | The Subgroups M[subscript [alpha]] and A[subscript [sigma]] | 69 |
11 | Exceptional Maximal Subgroups | 80 |
12 | The Subgroup E | 83 |
13 | Prime Action | 97 |
Ch. IV | The Family of All Maximal Subgroups of G | 105 |
14 | Maximal Subgroups of Type [actual symbol not reproducible] and Counting Arguments | 105 |
15 | The Subgroup M[subscript F] | 117 |
16 | The Main Results | 123 |
App. A: Prerequisites and p-Stability | 135 | |
App. B: The Puig Subgroup | 139 | |
App. C: The Final Contradiction | 145 | |
App. D: CN-Groups of Odd Order | 153 | |
App. E: Further Results of Feit and Thompson | 157 | |
Bibliography | 167 | |
List of Symbols | 169 | |
Index | 172 |
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Add Local Analysis for the Odd Order Theorem (London Mathematical Society Lecture Note Series), In 1963 Walter Feit and John G. Thompson published a proof of a 1911 conjecture by Burnside that every finite group of odd order is solvable. This proof, which ran for 255 pages, was a tour-de-force of mathematics and inspired intense effort to classify f, Local Analysis for the Odd Order Theorem (London Mathematical Society Lecture Note Series) to the inventory that you are selling on WonderClubX
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Add Local Analysis for the Odd Order Theorem (London Mathematical Society Lecture Note Series), In 1963 Walter Feit and John G. Thompson published a proof of a 1911 conjecture by Burnside that every finite group of odd order is solvable. This proof, which ran for 255 pages, was a tour-de-force of mathematics and inspired intense effort to classify f, Local Analysis for the Odd Order Theorem (London Mathematical Society Lecture Note Series) to your collection on WonderClub |