An intriguing discovery is challenging our fundamental understanding of the Universe from a distance of 1,400 light-years away.

This entity is none other than a brown dwarf, a peculiar classification straddling the realm between planets and stars.

However, what sets it apart is its incredibly close orbit around a scorching host star, propelling its temperature to an astonishing 8,000 Kelvin (equivalent to 7,727 degrees Celsius or 13,940 Fahrenheit).

This intense heat goes to the extent of causing the disintegration of molecules in its atmosphere into individual atoms, Science Alert reports.

Surpassing even the Sun’s relatively mild surface temperature of 5,778 Kelvin, this brown dwarf has broken temperature records and stands as the hottest of its kind ever encountered.

Although brown dwarfs exhibit higher temperatures than planets, they remain cooler than the coldest red dwarf stars, incapable of attaining temperatures akin to our Sun’s generated by internal fusion processes.

This extraordinary discovery, led by astrophysicist Na’ama Hallakoun from the Weizmann Institute of Science in Israel, bears the name WD0032-317B.

Written by staff