activity
20142024
most citedRectangular diagrams of surfaces: distinguishing Legendrian knots

5 citations · 10 across the 6 of their papers we have counts for

collaborators

7 papers

math.SG2024

Legendrian Lavrentiev links

Maxim Prasolov

Lavrentiev curves form a special class of rectifiable curves which includes cusp-free piecewise smooth curves. We call a Lavrentiev curve Legendrian if the integral of the contact…

math.GT2023

An algorithm for comparing Legendrian knots

Ivan Dynnikov, Maxim Prasolov

We construct an algorithm to decide whether two given Legendrian or transverse links are equivalent. In general, the complexity of the algorithm is too high for practical implement…

math.GT2023

Distinguishing Legendrian knots of topological type , and

Maxim Prasolov, Vladimir Shastin

In a recent work of I. Dynnikov and M. Prasolov a new method of comparing Legendrian knots with nontrivial symmetry group is proposed. Using this method we confirm conjectures of N…

math.GT2020★ 4 cited

Rectangular diagrams of surfaces: the basic moves

Ivan Dynnikov, Maxim Prasolov

In earlier papers we introduced a representation of isotopy classes of compact surfaces embedded in the three-sphere by so called rectangular diagrams. The formalism proved useful…

math.GT2019★ 1 cited

Classification of Legendrian knots of topological type with maximal Thurston--Bennequin number

Ivan Dynnikov, Maxim Prasolov

We classify Legendrian knots of topological type having maximal Thurston--Bennequin number confirming the corresponding conjectures of Chongchitmate--Ng.

math.GT2017★ 5 cited

Rectangular diagrams of surfaces: distinguishing Legendrian knots

Ivan Dynnikov, Maxim Prasolov

In an earlier paper we introduced rectangular diagrams of surfaces and showed that any isotopy class of a surface in the three-sphere can be presented by a rectangular diagram. Her…

math.GT2014

Rectangular Diagrams of Legendrian Graphs

Maxim Prasolov

In this paper Legendrian graphs in are considered modulo Legendrian isotopy and edge contraction. To a Legendrian graph we associate a (generalized…