The Three Trojan Problem 5th Austrio-Hungarian Workshop April, 9th – April, 10th Vienna Observatory.

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Presentation transcript:

The Three Trojan Problem 5th Austrio-Hungarian Workshop April, 9th – April, 10th Vienna Observatory

The five Lagrange points SUN + JUPITER

Equilibrium point L_4

What happens when we have not only 2 equilibrium points but several– a whole ring of celestial bodies around a central body?

Full cercles –stable orbits

7 8 9

1 m_E 100 m_E Libration around ‚L_4‘

1000 M_E 1600 M_E Libration around ‚L_4‘

6 M_E 60 M_E Libration Libration Initial distance from central Trojan

pp a=a+0.01 a=a+0.02

a=a-0.01 a=a-0.02

a=a+0.01 a=a-0.01 a=a+0.02 a=a-0.02

JJJ Three equal masses Extension to very large masses 1500 = 5 M_Jup

EJE Two equal masses Extension to very large masses 1500 = 5 M_Jup

Conclusions Stable region around equilibrium points a=a+/-0.02 m<1500 m_E Libration for L_4 for l<~100deg Ongoing study: Mass ratios different a=a+/-0.0? Inclinations?