Nauyaca: a New Tool to Determine Planetary Masses and Orbital Elements through Transit Timing Analysis

@article{Canul2021NauyacaAN,
  title={Nauyaca: a New Tool to Determine Planetary Masses and Orbital Elements through Transit Timing Analysis},
  author={E. F. Canul and H'ector Vel'azquez and Yilen G{\'o}mez Maqueo Chew},
  journal={The Astronomical Journal},
  year={2021},
  volume={162}
}
The transit timing variations method is currently the most successful method to determine dynamical masses and orbital elements for Earth-sized transiting planets. Precise mass determination is fundamental to restrict planetary densities and thus infer planetary compositions. In this work, we present Nauyaca, a Python package dedicated to finding planetary masses and orbital elements through the fitting of observed midtransit times from an N-body approach. The fitting strategy consists of… 

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