Orbital Stability of Closely-Spaced Four-planet Systems
A systematic study of four-planet orbital lifetimes, showing how mean motion resonances and initial conditions drive stability — with implications for planetary system age …
VLEO Satellite Modeling and Orbital Maintenance
State-space modeling of a satellite in hypersonic rarefied flow via sparse regression, with successive convexification for orbital maintenance.
Orbital Stability of Nonuniformly-Spaced Many-planet Systems
Extends orbital stability analysis to non-uniformly-spaced planetary systems.
j.-lissauer
Orbital Stability of Closely-Spaced Many-planet Systems
Challenges conventional wisdom on multi-planet system stability — shows meaningful differences persist even for systems with large numbers of planets.
j.-lissauer
Starting Longitudes and the Lifetimes of Closely Spaced Four-Planet Systems
Systematic trends and sensitivity of multi-planetary systems to initial orbital separation.
g.-noble
Orbital Stability of Compact Four-Planet Systems
Updated systematic study of four-planet systems including details about lifetime phase shifting.
Dependence of Lifetimes of Closely-Spaced Planetary Systems on Number of Planets
How stability characteristics change as more planets are added to compact systems.
j.-lissauer
Orbital Stability of Compact Four-Planet Systems
Initial results of a study on the lifetimes of four-planet systems analogous to those observed by the Kepler spacecraft.