Research

I graduated from the University of California Santa Cruz in June 2023 under the advice of Richard Montgomery with the thesis "Metric Lines in Metabelian Carnot Groups". I am interested in the interaction between geometry and the dynamics of mechanical systems. I work on non-integrable distributions from the point of view of sub-Riemannian geometry and non-holonomic mechanics. In particular, I focus on sub-Riemannian geodesics flow in Carnot groups, metric lines in Carnot groups, and the n-trailer system.

Metric lines in the Jet Space

Bravo-Doddoli. A., Analysis and Geometry in Metric Spaces.

SYMPLETIC REDUCTION OF THE SUB-RIEMANNIAN GEODESIC FLOW FOR METABELIAN NILPOTENT GROUPS

Bravo-Doddoli A., Paddeu N., and LE DONNE E., Geometric Mechanics.

Chaotic sub-Riemannian geodesic flow in J^2(R^2,R)

Bravo-Doddoli. A., Regular and Chaotic Dynamics, 2022

Non periodic geodesics in J^k(R,R^n)

A. Bravo-Doddoli, 2022

Non periodic geodesics in the jet space

Bravo-Doddoli A., Pacific Journal of Mathematics 2022

Geodesics in the jet space

Bravo-Doddoli A. and Montgomery R., Regular and Chaotic Dynamics 20.5, pp, 2022

Higher Elastica: Geodesic in the jet space

Bravo-Doddoli, A., European Journal of Mathematics 8.4, pp. 1377-1392, 2022

The dynamics of an articulated n-trailer vehicle

Bravo-Doddoli A. and Garcia-Narajo L., Regular and Chaotic Dynamics 20.5, pp. 497-617, 2015