Discovery of a second-generation planet candidate accreting onto a white dwarf

People expected dead stars to leave only barren remnants, yet telescopes reveal a newborn world orbiting a white dwarf, sparking awe and a sense of cosmic rebirth.\n\nScientists call the object a ‘phoenix planet’, formed from the ashes of a red‑giant star that devoured its inner system. After the star shed its outer layers and collapsed into a white dwarf, residual material coalesced into a second‑generation planet, a new matter recipe unlike primordial worlds.

The discovery overturns assumptions that planetary formation ends with stellar death, suggesting that planetary birth can follow stellar consumption.\n\nNASA’s Hubble archive provided the decisive spectra, prompting the team to label the case ‘cold’ until the new data clarified the planetary signature. Coverage in The Times of India and People.com expands the narrative, emphasizing the novelty of a planet born from a star’s funeral ashes.

Researchers now ask how common such second‑generation worlds are and whether they could host environments distinct from first‑generation planets in the galaxy.