Planet Formation

A sample from the asteroid Bennu, which could be key to understanding the formation of the solar system and our own planet, is set to be analyzed at NASA's Johnson Space Center in Houston after it reaches Earth in late September.

The team of researchers initially thought the shadows are being cast by two misaligned disks casting shadows.

Researchers believe that the dwarf planet and a sizable asteroid collided approximately 4.5 billion years ago, resulting in the formation of the diamond.

In a recent study to understand the composition of the Earth, researchers at ETH Zurich created dynamic models and simulated the formation of planets. Researchers ran simulations and collided thousands of planetesimals with each other in the early solar system. They observed that a mixture of several different planetesimals could lead to Earth's co...

A new study has revealed the common trait that is conducive to sand cloud development on the planets. The study was led by researchers at the Western University who observed brown dwarfs. Brown dwarfs are celestial bodies having size larger than a planet but smaller than a star.

Stargazers may want to glue their eyes to the night sky this week as a stellar formation of celestial bodies is set to take place. In a rare occurrence, five planets will appear aligned in order in the predawn sky along with the moon.

The planetary formation theory that scientists have been referring to for decades seems to have been jeopardised by a recent study regarding an old meteorite. The theory explained how rocky planets like Earth and Mars acquire volatile material.

A new study has researched about Jupiter's metal concentration and distribution, suggesting that the planet ate a lot of rocky planetesimals when it was young. The authors sought to use Juno's Gravity Science experiment to investigate the metals in the planet's atmosphere. Jupiter's atmosphere isn't as homogeneous as originally imagined, according ...

In a recent discovery, astronomers have spotted an exoplanet or a super-Earth that is four times the size of our planet. The planet, Ross 508 b, orbits the star at a distance that offers temperatures conducive to the formation of water on the surface of the planet.

Most rocky planets and satellites, including our Earth and the Moon, are formed or shaped by massive collisions among celestial bodies early in the solar system. When these objects smash together, they could either accumulate more material and increase their size or they can break apart into multiple smaller bodies.

Scientists now say it is not necessarily the only possibility. They say planets can form even if a star is nearing its death, long after the star was formed. Dying stars leading to the formation of planets is a completely new theory. If confirmed, this finding can change how we understand the functions of the universe and planetary evolution.

University of Warsaw researchers have announced that they have detected a terrestrial-mass rogue planet. They used a technique called microlensing which allows them to find planets that they otherwise wouldn’t be able to. They call this event ‘the most extreme short-timescale microlens discovered to date.’

A French team reported in the journal Science they had identified which space rocks were responsible for water on Earth, and suggested our planet has been wet ever since it formed.

Scientists are expressing surprise after discovering a solar system 30 light-years away from Earth that defies current understanding about planet formation, with a large Jupiter-like planet orbiting a diminutive star known as a red dwarf.

Scientists are expressing surprise after discovering a solar system 30 light-years away from Earth that defies current understanding about planet formation, with a large Jupiter-like planet orbiting a diminutive star known as a red dwarf.

A sample from the asteroid Bennu, which could be key to understanding the formation of the solar system and our own planet, is set to be analyzed at NASA's Johnson Space Center in Houston after it reaches Earth in late September.

The team of researchers initially thought the shadows are being cast by two misaligned disks casting shadows.

Researchers believe that the dwarf planet and a sizable asteroid collided approximately 4.5 billion years ago, resulting in the formation of the diamond.

In a recent study to understand the composition of the Earth, researchers at ETH Zurich created dynamic models and simulated the formation of planets. Researchers ran simulations and collided thousands of planetesimals with each other in the early solar system. They observed that a mixture of several different planetesimals could lead to Earth's co...

A new study has revealed the common trait that is conducive to sand cloud development on the planets. The study was led by researchers at the Western University who observed brown dwarfs. Brown dwarfs are celestial bodies having size larger than a planet but smaller than a star.

Stargazers may want to glue their eyes to the night sky this week as a stellar formation of celestial bodies is set to take place. In a rare occurrence, five planets will appear aligned in order in the predawn sky along with the moon.

The planetary formation theory that scientists have been referring to for decades seems to have been jeopardised by a recent study regarding an old meteorite. The theory explained how rocky planets like Earth and Mars acquire volatile material.

A new study has researched about Jupiter's metal concentration and distribution, suggesting that the planet ate a lot of rocky planetesimals when it was young. The authors sought to use Juno's Gravity Science experiment to investigate the metals in the planet's atmosphere. Jupiter's atmosphere isn't as homogeneous as originally imagined, according ...

In a recent discovery, astronomers have spotted an exoplanet or a super-Earth that is four times the size of our planet. The planet, Ross 508 b, orbits the star at a distance that offers temperatures conducive to the formation of water on the surface of the planet.

Most rocky planets and satellites, including our Earth and the Moon, are formed or shaped by massive collisions among celestial bodies early in the solar system. When these objects smash together, they could either accumulate more material and increase their size or they can break apart into multiple smaller bodies.

Scientists now say it is not necessarily the only possibility. They say planets can form even if a star is nearing its death, long after the star was formed. Dying stars leading to the formation of planets is a completely new theory. If confirmed, this finding can change how we understand the functions of the universe and planetary evolution.

University of Warsaw researchers have announced that they have detected a terrestrial-mass rogue planet. They used a technique called microlensing which allows them to find planets that they otherwise wouldn’t be able to. They call this event ‘the most extreme short-timescale microlens discovered to date.’

A French team reported in the journal Science they had identified which space rocks were responsible for water on Earth, and suggested our planet has been wet ever since it formed.

Scientists are expressing surprise after discovering a solar system 30 light-years away from Earth that defies current understanding about planet formation, with a large Jupiter-like planet orbiting a diminutive star known as a red dwarf.

Scientists are expressing surprise after discovering a solar system 30 light-years away from Earth that defies current understanding about planet formation, with a large Jupiter-like planet orbiting a diminutive star known as a red dwarf.