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We study the Doubrov--Zelenko symplectification procedure for rank $2$ distributions with $5$-dimensional cube -- originally motivated by optimal control theory -- through the lens of Tanaka--Morimoto theory for normal Cartan connections.…

Differential Geometry · Mathematics 2025-10-16 Nicklas Day , Boris Doubrov , Igor Zelenko

In 1910 E. Cartan constructed a canonical frame and found the most symmetric case for maximally nonholonomic rank 2 distributions in $\mathbb R^5$. We solve the analogous problem for germs of generic rank 2 distributions in ${\mathbb R}^n$…

Differential Geometry · Mathematics 2014-02-26 Boris Doubrov , Igor Zelenko

In 1910 E. Cartan constructed the canonical frame and found the most symmetric case for maximally nonholonomic rank 2 distributions on a 5-dimensional manifold. We solve the analogous problems for rank 2 distributions on an n-dimensional…

Differential Geometry · Mathematics 2007-05-23 Boris Doubrov , Igor Zelenko

We construct canonical frames and find all maximally symmetric models for a natural generic class of corank 2 distributions on manifolds of odd dimension greater or equal to 7. This class of distributions is characterized by the following…

Differential Geometry · Mathematics 2010-03-09 Wojciech Krynski , Igor Zelenko

This article tackles the problem of existence and classification of maximal growth distributions on smooth manifolds. We show that maximal growth distributions of rank$>2$ abide by a full $h$-principle in all dimensions. We make use of M.…

Geometric Topology · Mathematics 2023-08-22 Javier Martínez-Aguinaga

In 1910, \'{E}lie Cartan famously realized the split real form of the exceptional Lie group $G_2$ as the symmetry group of the maximally symmetric rank 2 distribution on a 5-dimensional manifold with the small growth vector (2,3,5). In this…

Differential Geometry · Mathematics 2026-05-28 Nicklas Day , Boris Doubrov , Igor Zelenko

As was shown recently by P. Nurowski, to any rank 2 maximally nonholonomic vector distribution on a 5-dimensional manifold M one can assign the canonical conformal structure of signature (3,2). His construction is based on the properties of…

Differential Geometry · Mathematics 2007-05-23 Andrei Agrachev , Igor Zelenko

In the paper we discuss certain classes of vector distributions in the tangent bundles to manifolds, obtained by series of applications of the so-called generalized Cartan prolongations (gCp). The classical Cartan prolongations deal with…

Differential Geometry · Mathematics 2009-11-16 Piotr Mormul

To certain types of generic distributions (subbundles in a tangent bundle) one can associate canonical Cartan connections. Many of these constructions fall into the class of parabolic geometries. The aim of this article is to show how…

Differential Geometry · Mathematics 2009-10-19 Andreas Cap , Katharina Neusser

We propose a conjecture that a general member of a bracket-generating family of rational curves in a complex manifold satisfies the formal principle with convergence, namely, any formal equivalence between such curves is convergent. If the…

Complex Variables · Mathematics 2024-04-10 Jun-Muk Hwang

We demonstrate how the novel approach to the local geometry of structures of nonholonomic nature, originated by Andrei Agrachev, works in the following two situations: rank 2 distributions of maximal class in R^n with non-zero generalized…

Differential Geometry · Mathematics 2013-01-15 Boris Doubrov , Igor Zelenko

Based on the ideas of Optimal Control, we introduce the new basic characteristic of a bracket generating distribution, the Jacobi symbol. In contrast to the classical Tanaka symbol, the set of Jacobi symbols is discrete and classifiable. We…

Differential Geometry · Mathematics 2016-11-01 Boris Doubrov , Igor Zelenko

A Goursat structure on a manifold of dimension n is a rank two distribution D such that dim D(i)=i+2, for i=0,...,n-2, where D(i) denotes the derived flag of D, which is defined by D(0)=D and D(i+1)=D(i)+[D(i),D(i)]. Goursat structures…

Differential Geometry · Mathematics 2007-05-23 William Pasillas-Lepine , Witold Respondek

The notion of curvature discussed in this paper is a far going generalization of the Riemannian sectional curvature. It was first introduced by Agrachev, Barilari and Rizzi in arXiv:1306.5318, and it is defined for a wide class of optimal…

Differential Geometry · Mathematics 2017-02-09 Isidro H. Munive

In his 1910 paper, \'Elie Cartan gave a tour-de-force solution to the (local) equivalence problem for generic rank 2 distributions on 5-manifolds, i.e. $(2,3,5)$-distributions. From a modern perspective, these structures admit equivalent…

Differential Geometry · Mathematics 2022-05-09 Dennis The

We construct a sequence of rank 3 distributions on $n$-dimensional manifolds for any $n\geq 7$ such that the dimension of their symmetry group grows exponentially in $n$ (more precisely it is equal to $\operatorname{Fib}_{n-1}+n+2$, where…

Differential Geometry · Mathematics 2020-04-16 Boris Doubrov , Igor Zelenko

In the present paper we construct differential invariants for generic rank 2 vector distributions on n-dimensional manifold. In the case n=5 (the first case containing functional parameters) E. Cartan found in 1910 the covariant…

Differential Geometry · Mathematics 2020-06-24 Igor Zelenko

The Cartan $(2,3,5)$-distribution is a tangent distribution of rank~$2$ on a $5$-dimensional manifold satisfying certain generic conditions. The necessary and sufficient condition for a manifold to admit such a structure is established in…

Differential Geometry · Mathematics 2025-11-05 Jiro Adachi

For a generic distribution of rank two on a manifold $M$ of dimension five, we introduce the notion of a generalized contact form. To such a form we associate a generalized Reeb field and a partial connection. From these data, we explicitly…

Differential Geometry · Mathematics 2009-06-08 Andreas Cap , Katja Sagerschnig

Using a complex parametrisation of $su(2)$, we show a change of coordinates that maps the maximally symmetric rolling $(2,3,5)$-distribution to the flat Cartan distribution. This establishes the local equivalence between the maximally…

Differential Geometry · Mathematics 2021-08-11 Matthew Randall
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