#TESS

Researchers using NASA’s TESS mission say they have identified 27 new candidate planets orbiting binary star systems, using a detection method designed to find worlds that standard transit searches can miss.

Astronomers using TESS data and a detection technique based on apsidal precession say they have uncovered 27 new circumbinary planet candidates, potentially expanding one of exoplanet science’s rarest classes.

NASA’s exoplanet-hunting TESS mission has released a new all-sky mosaic that maps nearly 700 confirmed worlds and more than 5,000 candidate planets across observations gathered through September 2025.

A new preprint says a machine-learning analysis of more than 83 million TESS light curves identified 11,554 possible exoplanets, a haul large enough to potentially transform the field if confirmed.

Astronomers are revisiting TOI-5205b, a Jupiter-mass world orbiting a small M-dwarf, because systems like it do not fit neatly with standard expectations about how planets emerge from protoplanetary disks.

Researchers using a machine-learning pipeline called RAVEN report more than 100 newly validated planets and over 2,000 vetted candidates from TESS data, highlighting how AI is reshaping the search for worlds beyond the太阳