SIMCA Video Archive

• Florin Diacu : `Newton's Equations in Spaces of Constant Curvature'
• Christos Efthymiopoulos : `Resonant adiabatic invariants: asymptotic behavior and applications'
• Catalin Gales : `Analysis of the main resonances in the space debris problem'
• Helmut Hofer : `IAS Princeton Celestial Mechanics and a Geometry Based on Area'
• Jacques Laskar : `Stability and Chaos in the Solar System. From Poincaré to the present'
• Jacques Laskar : `Long term rotational motion of celestial bodies. Part 1.' Stardust Second Training School
• Jacques Laskar : `Long term rotational motion of celestial bodies. Part 2'
• Jacques Laskar : `Long term rotational motion of celestial bodies. Part 3'
• Laskar Jacques: `Long term rotational motion of celestial bodies. Part 4'
• Mark Matney : `The Challenge of Orbital Debris'
• Milani Andrea: `Impact Monitoring. Part 1' Stardust Second Training School
• Andrea Milani : `Impact Monitoring. Part 2'
• Andrea Milani : `Impact Monitoring. Part 3'
• Andrea Milani : `Impact Monitoring. Part 4'
• Edmondo Minisci : `Space Debris and Asteroids (Re)Entry Analysis Methods and Tools. Part 1' Stardust Second Training School
• Edmondo Minisci : `Space Debris and Asteroids (Re)Entry Analysis Methods and Tools. Part 2'
• Edmondo Minisci : `Space Debris and Asteroids (Re)Entry Analysis Methods and Tools. Part 3'
• Edmondo Minisci : `Space Debris and Asteroids (Re)Entry Analysis Methods and Tools. Part 4'
• Alessandro Morbidelli : `Solar System formation and evolution'
• Rocìo Isabel Paez : `Resonant dynamics of Trojan exoplanets'
• Emmanuel Trelat : `Everything is under control'
• Scott Tremaine : `The Stability of The Solar System'
• Kleomenis Tsiganis : `Orbital Dynamics. Part 1' Stardust Second Training School
• Kleomenis Tsiganis : `Orbital Dynamics. Part 2'
• Kleomenis Tsiganis : `Orbital Dynamics. Part 3'
• Kleomenis Tsiganis : `Orbital Dynamics. Part 4'
• Giovanni B. Valsecchi : `Mapping encounter outcomes onto the b-plane. Part 1' Stardust Second Training School
• Giovanni B. Valsecchi : `Mapping encounter outcomes onto the b-plane. Part 2'

La SIMCA (Società Italiana di Meccanica Celeste e Astrodinamica) è una associazione nata con lo scopo di promuovere la ricerca e la divulgazione nel campo della meccanica celeste e dell'astrodinamica, cioè in quel ramo della scienza che si occupa dello studio del movimento dei corpi celesti (pianeti, stelle, galassie, satelliti, ecc.).

SIMCA stands for Italian Celestial Mechanics and Astrodynamics Association. It has the aim of supporting research and educational activities both in celestial mechanics and astrodynamics - namely in those fields of science investigating the motion of celestial bodies, either natural (e.g. galaxies, stars, planets, satellites) or man-made (e.g. artificial satellites, space debris).