The 3-Body Problem in 4 Dimensions

The 3-body problem is one of the most important problems in dynamical systems. The perenial question on the (in)stability of Earth’s orbit is unsolved to this day. It turns out that certain problems concerning the stability of solutions are easier to solve in spatial dimension 4 then in dimension 3. The goal of this project is to study the particular case where the angular momentum tensor has degenerate eigenvalues in 4D. A combination of numerical and analytical tools will be used.

Jonathan Skelton

The University of Sydney

Jonathan is student at the University of Sydney, studying a Bachelor of Science and Advanced Studies (Dalyell). He is majoring in mathematics and physics.

You may be interested in

David Nachuan Chen

David Nachuan Chen

Multiplicative dependence in linear recurrences
Kate Zhang

Kate Zhang

Long-Term Behaviour of Ranking-Based Polya Urn Models
Rakindu Wickramarathne

Rakindu Wickramarathne

Dynamical System Approach to Modelling of Electromagnetic Stirring
Joshua Borsky

Joshua Borsky

Flexible Microswimmer Geometries in Flow
Contact Us

We're not around right now. But you can send us an email and we'll get back to you, asap.

Not readable? Change text.