Welcome TESS followers to our latest news bulletin!
This week, we are looking at three recent papers from the archive. Enjoy!
First, we highlight a study evaluating the accuracy, reliability, and completeness of TESS-derived stellar rotation period measurements by comparing them with measurements from the K2 mission. The authors cross-matched …
more ...Welcome TESS followers to our latest news bulletin!
This week, we are looking at three recent papers from the archive. Enjoy!
First, we highlight the TESS-enabled discovery of BD+054868 Ab, an extreme case of a rocky planet being broken apart. The system advances our understanding of how planets form …
more ...Welcome TESS followers to our latest news bulletin!
This week, we are looking at three recent papers from the archive. Enjoy!
The T16 Project: Image Subtraction Light Curves from TESS Cycle 1 Full-Frame Images for Stars with T < 16 (Hartman et al. 2025) :
TESS Full Frame Images (FFI) lightcurves significantly …
more ...Welcome TESS followers to our latest news bulletin!
This week, we are looking at three recent papers from the archive. Enjoy!
A giant planet transiting a 3-Myr protostar with a misaligned disk (Barber et al. 2024) :
Young planets provide a deeper understanding of the formation and early evolution of planetary …
more ...Welcome TESS followers to our latest news bulletin!
This week, we are looking at three recent papers from the archive. Enjoy!
Two Earth-size Planets and an Earth-size Candidate Transiting the Nearby Star HD 101581 (Kunimoto et al. 2024) :
Multi Planet systems are crucial for understanding the formation and evolution of …
more ...