The objective of this paper is to discuss invariants of singularities of algebraic schemes over fields of positive characteristic, and to show how they yield the simplification of singularities. We focus here on invariants which arise in an inductive manner, namely by successive elimination of variables. When applied to hypersurface singularities they lead us to a refinement of the notion of multiplicity. The main theorem proves that, under some numerical conditions expressed by these invariants, singularities can be simplified by blowups at centers prescribed by this refinementThe authors are partially supported by MTM2009-0729
This dissertation is intended to give a systematic treatment of hypersurface singularities in arbitr...
International audienceThe purpose of this article and of "Resolution of singularities of threefolds ...
International audienceThe purpose of this article and of "Resolution of singularities of threefolds ...
AbstractWe present results on multiplicity theory. Differential operators on smooth schemes play a c...
AbstractWe introduce an upper semi-continuous function that stratifies the highest multiplicity locu...
Assume that, in the near future, someone can prove resolution of singularities in arbitrary characte...
We present applications of elimination theory to the study of singularities over arbitrary fields. A...
AbstractWe introduce an upper semi-continuous function that stratifies the highest multiplicity locu...
In the first part we study the partition given by the regions where the mixed test ideals are consta...
We construct a characteristic polyhedral for idealistic exponents over arbitrary fields. From this w...
We construct a characteristic polyhedral for idealistic exponents over arbitrary fields. From this w...
AbstractWe give the description of an algorithm for the resolution of singularities, in the case of ...
AbstractThis paper presents two efficient computational techniques in algebraic geometry. The first ...
dissertationIn positive characteristic algebraic geometry and commutative algebra, one of the most f...
AbstractTogether with [Vincent Cossart, Olivier Piltant, Resolution of singularities of threefolds i...
This dissertation is intended to give a systematic treatment of hypersurface singularities in arbitr...
International audienceThe purpose of this article and of "Resolution of singularities of threefolds ...
International audienceThe purpose of this article and of "Resolution of singularities of threefolds ...
AbstractWe present results on multiplicity theory. Differential operators on smooth schemes play a c...
AbstractWe introduce an upper semi-continuous function that stratifies the highest multiplicity locu...
Assume that, in the near future, someone can prove resolution of singularities in arbitrary characte...
We present applications of elimination theory to the study of singularities over arbitrary fields. A...
AbstractWe introduce an upper semi-continuous function that stratifies the highest multiplicity locu...
In the first part we study the partition given by the regions where the mixed test ideals are consta...
We construct a characteristic polyhedral for idealistic exponents over arbitrary fields. From this w...
We construct a characteristic polyhedral for idealistic exponents over arbitrary fields. From this w...
AbstractWe give the description of an algorithm for the resolution of singularities, in the case of ...
AbstractThis paper presents two efficient computational techniques in algebraic geometry. The first ...
dissertationIn positive characteristic algebraic geometry and commutative algebra, one of the most f...
AbstractTogether with [Vincent Cossart, Olivier Piltant, Resolution of singularities of threefolds i...
This dissertation is intended to give a systematic treatment of hypersurface singularities in arbitr...
International audienceThe purpose of this article and of "Resolution of singularities of threefolds ...
International audienceThe purpose of this article and of "Resolution of singularities of threefolds ...