Chern classes of automorphic vector bundles
By Mark Goresky, W. Pardon. 2002
46 citations recorded by the source corpus.
Subfields: Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/5262f0950445f4685a53b6d16569081bf1e18433
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Geometry and Topology
- Federico Ardila
- Paolo Aluffi
- Graham C. Denham
- June Huh
- Leonardo Constantin Mihalcea
- Eric Katz
- Karim A. Adiprasito
- Leonardo C.Mihalcea
In Mathematical Physics
- June Huh
- Paolo Aluffi
- Federico Ardila
- Graham C. Denham
- Leonardo Constantin Mihalcea
- Eric Katz
- Leonardo C.Mihalcea
- Joerg Schuermann
Citations in the corpus
- Grothendieck Classes and Chern Classes of Hyperplane Arrangements (2011, methodology): “ The formula in Theorem 4.1 holds if Ais any divisor with simple normal crossings in a nonsingular variety. For a proof of this elementary fact, see e.g., Theorem 1 in [Alu99b] or Proposition 15.3 in [GP02]; this observation may in fact be used to give an alternative treatment of CSM classes ([Alu06”
- Lagrangian geometry of matroids (2020, methodology): “ bundle: csmp1 Xqcp 1 Y plogY Xq_qXrYs: In fact, the logarithmic formula can be used to construct the natural transformation csm [Alu06]. For precursors of the logarithmic viewpoint, see [Alu99] and [GP02]. The current paper demonstrates that a similar geometry exists for arbitrary M in the tropical”
- Chern classes of Schubert cells and varieties (2006, methodology): “This approach to the computation of Chern-Schwartz-MacPherson classes goes back to an observation (Proposition 15.3 in [ GP02 ], Theorem 1 in [Alu99]) and has proven useful for other explicit computations.”