Selected papers of my research

Dynamical systems in general (numerical simulations and analytical methods)

  •  computer assisted perturbation theory in general mathematical problems ([M1], [M2]) applied to the Sitnikov problem ([M3], [M4]), Trojan asteroids [M5], [M6], the spin-orbit problem [M7], [M8], [M9], and the motion of dust in our solar system ([M10], [M11], [M12])
  • symplectic mapping methods in general mathematical problems (M13]), applied to the Lagrange problem ([M5], [M14], [M15], [M16]), and the Cassini state problem ([M17])

Celestial Mechanics (motion of celestial bodies in space)

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l-sgn

Full time scientist working in space science on celestial mechanics, dynamical systems, and plasma physics

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