Webb telescope confirms dense exoplanet is composed entirely of missing left socks

BY: @science_correspondentJUL 13, 2026

FIG. 01 In a cluttered JPL break room, a lead researcher solemnly holds up a linty left sock as a younger postdoc leans in skeptically and a technician points at a pyramid of similar socks on a table amid spectral graphs.

Analysis of transit data from the James Webb Space Telescope has confirmed that a newly discovered exoplanet is composed entirely of missing left-footed hosiery. The findings, published Thursday in Nature Astronomy, resolve a decades-old anomaly regarding the planet's unusually low density and heavily pilled atmospheric texture.

Researchers at the Jet Propulsion Laboratory were initially baffled by the absorption spectrum of TOI-416b, which indicated a thick, cloudy layer of polyester, spandex, and unwashed Merino wool. By modeling the planet's mass against its exceptionally high albedo, the team determined the celestial body is a solid sphere of tightly compacted, single socks bound together by static cling and mutual gravitational attraction.

FIG. 02 False-color rendering of TOI-416b indicating high concentrations of argyle near the equator.

When we isolated the thermal emission phase, we observed a rigid, unified heel-to-toe orientation across the entire northern hemisphere, which definitively proves the absence of any right-footed counterparts.