New moduli spaces of pointed curves and pencils of flat connections.

By A. Losev, Yuri I. Manin. 2000

214 citations recorded by the source corpus.

It is well known that formal solutions to the Associativity Equations are the same as cyclic algebras over the homology operad $(H_*(\bar{M}_{0,n+1}))$ of the moduli spaces of $n$--pointed stable curves of genus zero. In this paper we establish a similar relationship between the pencils of formal flat connections (or solutions to the Commutativity Equations) and homology of a new series $\bar{L}_n$ of pointed stable curves of genus zero. Whereas $\bar{M}_{0,n+1}$ parametrizes trees of $\bold{P}^1$'s with pairwise distinct nonsingular marked points, $\bar{L}_n$ parametrizes strings of $\bold{P}^1$'s stabilized by marked points of two types. The union of all $\bar{L}_n$'s forms a semigroup rather than operad, and the role of operadic algebras is taken over by the representations of the appropriately twisted homology algebra of this union.

Subfields: Geometry and Topology, Mathematical Physics

View Paper: https://www.semanticscholar.org/paper/9149415dbc72d751281db9f9024a6b38944bf0a4

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

  1. Dhruv Ranganathan
  2. R. Kaufmann
  3. Renzo Cavalieri
  4. Hannah Markwig
  5. Simon Hampe
  6. Dimitri Zvonkine
  7. M. Livernet
  8. R. Penner

In Mathematical Physics

  1. R. Kaufmann
  2. Dhruv Ranganathan
  3. Hannah Markwig
  4. Renzo Cavalieri
  5. Simon Hampe
  6. M. Livernet
  7. R. Penner
  8. Dimitri Zvonkine

Citations in the corpus