SERVAL transforms stellar spectra into precise radial velocity measurements, enabling the detection of exoplanets through the subtle Doppler wobbles they create in their host stars' light.

https://github.com/mzechmeister/serval

#ExoplanetHunting #SpectralAnalysis #AstronomyTools

SHERLOCK: A Python pipeline that transforms raw space telescope data into exoplanet discoveries, hun

SHERLOCK: A Python pipeline that transforms raw space telescope data into exoplanet discoveries, hunting for hidden worlds in TESS and Kepler observations that automated systems missed.

https://github.com/iaa-so-training/sherlock-tutorial

#ExoplanetHunting #TESS #AstronomyPipeline

RadVel transforms stellar wobbles into exoplanet discoveries through sophisticated radial velocity modeling, bringing planet-hunting precision to Python developers and astronomers worldwide.

https://github.com/California-Planet-Search/radvel

#ExoplanetHunting #RadialVelocity #AstronomyTools

Hunt for exoplanets hiding in TESS lightcurves with this Python pipeline that transforms stellar bri

Hunt for exoplanets hiding in TESS lightcurves with this Python pipeline that transforms stellar brightness data into transit discoveries through automated periodogram analysis and web-friendly visualization.

https://github.com/jpdeleon/quicklook

#ExoplanetHunting #TESS #Astronomy

Hunt exoplanets with precision! LBL delivers line-by-line radial velocity analysis across 10+ major spectrographs, turning stellar wobbles into planetary discoveries with cutting-edge Python algorithms.

https://github.com/njcuk9999/lbl

#ExoplanetHunting #RadialVelocity #Spectroscopy

Transform your cosmic detective work! Userscripts that supercharge the Planet Hunters TESS citizen science platform with enhanced navigation, automated cross-references, and transit analysis tools.

github.com/orionlee/planet_hunters_...

#ExoplanetHunting #CitizenScience #TESS

Hands-on Jupyter notebooks for the Roman Space Telescope Microlensing Data Challenge 2026, teaching

Hands-on Jupyter notebooks for the Roman Space Telescope Microlensing Data Challenge 2026, teaching researchers to hunt for exoplanets using gravitational lensing with open-source tools.

https://github.com/rges-pit/data-challenge-notebooks

#Microlensing #RomanTelescope #ExoplanetHunting

We Just Photographed Planets 41 Light-Years Away... Here's How The images are stunning, but the science behind them is even crazier. We break down the revolutionary methods astronomers use to find planets outside our solar system (Exoplanets). It all comes down to two simple observations: The Wiggle: Why a distant star's wobble tells us a giant planet is pulling it. The Twinkle: How a tiny, regular dip in brightness reveals a planet passing in front. The technology is now so precise we can capture actual photos! Watch until the end to see an amazing 7-year time-lapse of four planets orbiting a star 41 light-years away (HR 8799). This is the cutting edge of human discovery.

Forget the wiggles and twinkles (though those are cool!). We're now directly photographing planets 41 light-years away. See how we went from theory to photograph! #ExoplanetHunting #SpacePhotography #KeckTelescope #ScienceCred #Astrophysics

y2u.be/yLhEdSqc-j0