An Observatory Control System for the PANOPTES citizen-science project designed to help find transiting exoplanets! 🔭 🌠

This python package allows the user to retrieve the wavefront aberrations in an optical system using the powerful tool of Phase Diversity, and use the PSF (MTF) to restore aberrated data.

Astronomical observatory control system

Python version of the FluxCompensator described in Koepferl & Robitaille (ApJ, 2017)

Python package for simulating interferometric visibilities using the Flatiron Institute Non-Uniform Fast Fourier Transform (finufft)

Fast matrix-based visibility simulator

Python library for parsing and validating the format and values of VDIF headers

PANOTPES Observatory Control Software for a telescope build using a moxa UC-8112A-ME series arm processor.

An automated pipeline to identify interesting transients from the Transient Name Server (TNS) and request observations of them with the Liverpool Telescope and its MOPTOP instrument for the PEPPER Survey.

🚀 Optimizes neural networks with Leo, a fast and efficient optimizer using Lion momentum and element-wise orthogonalization for improved performance.

A mockup of the operational scripts onboard the JWST

MicroMONET (miMO) is a functional, miniature version of the MONitoring NEtwork Telescope (MONET), designed to showcase the capabilities of the pyObs framework in setting up and controlling remote and robotic observatories.

A package to determine observability of an astronomical object using telescope specifications.

Atmospheric Impact Simulation for CMB ground-based experiments

For a solar system object and a period of time, get the object's ephemerides from JPL Horizons, and display them as a (complex) plot showing the visibility and observability of the object.

For a solar system object and a period of time, get the object's ephemerides from JPL Horizon, and generate a DSS finding chart for each night

Dataset + algoritmos para simulación de aberraciones ópticas usando polinomios de Zernike.