KenyaScientists Find 'Phoenix Planet
Astronomers have discovered a planet that may have formed from the ashes of its dead star, a finding that could be the first recorded 'second-generation' planet. The planet is likely a gas giant orbiting a white dwarf about 270 light-years from Earth.
Global Newsflix 2 min read
A team of scientists has found a planet that may have formed from the material created when a sunlike star died and turned into a white dwarf. The planet is likely a gas giant and is orbiting a white dwarf about 270 light-years from Earth.
The discovery was made by analyzing observations from NASA's Hubble Space Telescope and other instruments. The researchers found unusual traces of heavy elements on the white dwarf's surface, suggesting it might have created a new planet.
Jamie Williams, the lead study author, said the planetary material is very rich in an element called niobium. This is the first time this element has been found in a white dwarf, and it implies that the planetary material is made from the ashes of the star as it died.
The researchers also analyzed observations from NASA's Transiting Exoplanet Survey Satellite, which showed that the planet could be orbiting a white dwarf. Williams said that what's interesting about planets orbiting close to white dwarfs is that their habitable zone is very stable.
A second-generation planet could form and then be in the habitable zone for tens of billions of years. This discovery could be the first recorded 'second-generation' planet, one made from the stellar material ejected during the giant phase.
Many white dwarfs accrete the debris from disrupted planetary bodies, but this one is accreting material that is unlike any solar system object and is chemically distinct from the first-generation planets formed when the original star did.
The discovery of this planet provides new insights into the formation of planets and the possibility of life existing in the universe. The study's findings were published in the journal Nature Astronomy.
Key facts
- The planet is likely a gas giant orbiting a white dwarf about 270 light-years from Earth.
- The planet may have formed from the material created when a sunlike star died and turned into a white dwarf.
- The planetary material is very rich in an element called niobium.
- The planet could be in the habitable zone for tens of billions of years.
Three perspectives
Neutral
The discovery of the 'Phoenix planet' is a significant finding in the field of astronomy, providing new insights into the formation of planets. The study's findings will likely be of interest to scientists and researchers in the field. Further research is needed to confirm the discovery and understand its implications.
Positive
The discovery of the 'Phoenix planet' is a groundbreaking finding that could have major implications for our understanding of the universe. The possibility of life existing on a planet formed from the ashes of its dead star is an exciting one, and further research could lead to new discoveries.
Negative
The discovery of the 'Phoenix planet' is not without its limitations, and further research is needed to confirm the findings. The study's results are based on observations and analysis, and more data is needed to fully understand the implications of the discovery.
Your week in news, every Wednesday
The biggest stories of the week for your edition, in your inbox every Wednesday morning, your time. Free, and you can unsubscribe at any time.