Homological Algebra
This reading course offers a comprehensive introduction to homological algebra, blending foundational theory with practical tools. We plan to follow chapters 1-5 and 10 from ‘An introduction to Homological Algebra‘ by Charles Weibel. The course assumes familiarity with algebra and category theory, and will first explore the structure of abelian categories, injective and projective objects, and spectral sequences. We will then look at applications in sheaf cohomology, group cohomology, and Hochschild cohomology, equipping us with essential computational techniques. Advanced topics include derived and dg categories, and simplicial objects, culminating in a discussion of the Dold–Kan correspondence. By the end of the course, participants will have gained an understanding of homological methods, and be able to apply them in their academic progress.
When: Tuesdays 16-18
Organizer: Alexandra Ciotau
Schedule:
- Chapter 1: Chain Complexes, Alexandra Ciotau
- Chapter 2: Abelian Categories + ½ Derived Functors, Sophie Bleau
- Chapter 2: ½ Derived Functors + ½ Tor and Ext, Lucy Spouncer
- Chapter 3: ½ Tor and Ext, Isky Matthews
- Chapter 4: Tor and Ext + ½ Homological Dimension, Joao Paulo Ribeiro Camarneiro
- Group Homology, Francesco Tesolin
- Spectral Sequences, Susanna Terron
- Chapter 5: Spectral Sequences, Simi Hellsten
- The Derived Category, Sid Settlur
- The Derived Category, Lucy Spouncer
Lecture notes:
Chapter 1: Chain Complexes, Alexandra Ciotau
Chapter 2: Abelian Categories + ½ Derived Functors, Sophie Bleau
Chapter 2: ½ Derived Functors + ½ Tor and Ext, Lucy Spouncer
Chapter 3: ½ Tor and Ext, Isky Matthews
Chapter 4: Tor and Ext + ½ Homological Dimension, Joao Paulo Ribeiro Camarneiro
Group Homology, Francesco Tesolin
Spectral Sequences, Susanna Terron