Calderón-Moreno et al.'s conjecture that LCT implies strong Euler homogeneity for free divisors

Let DD be a free divisor, and suppose that the logarithmic comparison theorem (LCT) holds for DD, meaning that the inclusion

ΩV(logD)ΩV(D)\Omega_V^\bullet(\log D)\hookrightarrow\Omega_V^\bullet(*D)

is a quasi-isomorphism. A free divisor is strongly Euler homogeneous if, at every point of DD, there is a local Euler vector field for a local defining equation of DD that vanishes at that point. Calderón-Moreno et al.'s conjecture. LCT implies strong Euler homogeneity for DD. The conjecture concerns the relationship between the logarithmic comparison theorem and Euler homogeneity for free divisors. It was proved for n3n\leq 3, while the general case is not resolved in the supplied source.

Sources & referencesView supporting material

Primary source

Michel Granger and Mathias Schulze, “On the symmetry of b-functions of linear free divisors”, arXiv:0807.0560 (2008).

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