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TESS Analysis Identifies 27 Candidate Worlds Orbiting Binary Stars

The study showcases an eclipse‑timing method to find planets missed by transit searches.

Overview

  • The team reported 27 candidates Monday in Monthly Notices of the Royal Astronomical Society using NASA’s TESS data, a haul that would more than double the known tally if confirmed.
  • Researchers tracked tiny shifts in when paired stars eclipse each other, a telltale sign that a third body’s gravity is slowly twisting the stars’ orbit.
  • The search flagged 27 systems out of 1,590, about a 2 percent rate, and each case still needs follow‑up to confirm a planet.
  • The inferred objects span roughly Neptune’s mass to about ten times Jupiter’s and sit about 650 to 18,000 light‑years away across both northern and southern skies.
  • Authors say this approach could uncover thousands more with future wide surveys such as the Rubin Observatory’s Legacy Survey of Space and Time.