The focus is on finite simple groups. Sometimes definitions and theorems are stated without proof, this means the reader should fill it in. Please tell me if you find mistakes or want to make suggestions.
$$G \to G/[G,G]$$
- Amazingly good intro group theory: GroupProps: Getting Started
- McKay's great proof of Cauchy's theorem
Not underlined means it's (should be..) "revision"
Section 1:
- Noethers Isomorphism theorems.
- Automorphisms (Inner and Outer).
- Group actions and the orbit-stabilizer theorem.
- Normalizers and the conjugacy-class equation
- Sylow p-groups (uses orbits)
- Commutator subgroups.
- Series. Composition Series. Central Series. Jordan-Holder.
- ABC.
- Optimal series for solvable groups
- Optimal series for nilpotent groups
- Structure of Nilpotent: product of p-groups
- Halls theorem
- Structure of Solvable: Sylow-bases
No comments:
Post a Comment