Transit and Radial velocity Interactive Fitting tool for Orbital analysis and N-body simulations: The Exo-Striker
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Updated
Sep 10, 2026 - Python
Transit and Radial velocity Interactive Fitting tool for Orbital analysis and N-body simulations: The Exo-Striker
A custom Monte Carlo sampler for the (gravitational) two-body problem
Exoplanet detection in RVs with DNest4 and GPs
ACTIN is a Python program to calculate stellar activity indices
BinaryStarSolver is a Python 3 program which solves for the orbital elements of binary stars, given radial velocity time series
A PipelinE to Reduce Observations - The DRS for SPIRou (CFHT)
Spectral Activity Indices Tool
Extended Near InfraRed spectra Information Content analysis.
CONAN: A flexible bayesian framework for modeling exoplanet data
CurveSimulator is a reliable n-Body Python package for fast and flexible Orbital Parameter Determination (MCMC). It can also generate highly configurable videos for teaching, public outreach, and scientific insight.
MSc research on environmental sensing, optical-path-length monitoring, and closed-loop thermal / active-optics stabilisation for high-resolution radial-velocity spectrographs.
computes the radial velocity between the Sun and an observatory with high accuracy
BLACK holes MEasured and/or LOcated by DYnamical method
Lightweight Python toolkit for fast first-order single-planet radial velocity fitting from VizieR exoplanet catalogs.
Working on the RV challenge in Torino
Auditable DESI DR1 multi-epoch radial-velocity quality-control proof of work
Source-traceable comparison of major EPRV spectrographs, current status, reported achievements, and unresolved engineering and astrophysical challenges.
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