Milky Way

The discovery made the news because of the unusual nature of the planets, which are locked into a resonance with one another.

This event unfolded in the Large Magellanic Cloud, a neighbouring galaxy, within a region known as N180, where numerous new stars are actively taking shape.

They are the most common type of planet observed in our Milky Way galaxy - two to three times the diameter of Earth but smaller than Neptune, and orbiting closer to their stars than our solar system's innermost planet Mercury does to the sun.

A spiral galaxy typically has a rotating disc with spiral 'arms' that curve out from a dense central region.

The particle believed to have originated deep in the space and is making waves because it is extremely rare for a high-energy particle to fall on Earth.

The James Webb Space Telescope photographed the heart of the Milky Way galaxy, unveiling new features and mysteries.

The image, taken from NASA's James Webb Space Telescope, shows a portion of the dense centre of our home galaxy in unprecedented detail.

The research found that first continents formed around nearby Sun-like stars at least 5 billion years earlier than Earth's plate tectonics began.

The gamma-ray of the black hole named Sagittarius A* is fluctuating and is similar in periodicity in changes to the black hole's radio and X-ray emission.

The space agency shared an image of a globular cluster captured by the Hubble Space Telescope and called it a ''celestial festival of lights.''

In our solar system, little rocky Mercury is the planet orbiting closest to the sun, perpetually fried by solar radiation seven times more intense than what we experience on Earth.

The telescope captured two neighbouring clouds of cosmic dust and gas, the giant red nebula NGC 2014 and a smaller blue nebula nearby called NGC 2020.

Scientists earlier thought that these galaxies were too fragile to exist in the early Universe.

It is located 21 million light-years from Earth in the constellation of Ursa Major (also known as the Big Dipper).

The woman informed her mother in a WhatsApp message that she had finished her PhD thesis at Maastricht University in the Netherlands.

The discovery made the news because of the unusual nature of the planets, which are locked into a resonance with one another.

This event unfolded in the Large Magellanic Cloud, a neighbouring galaxy, within a region known as N180, where numerous new stars are actively taking shape.

They are the most common type of planet observed in our Milky Way galaxy - two to three times the diameter of Earth but smaller than Neptune, and orbiting closer to their stars than our solar system's innermost planet Mercury does to the sun.

A spiral galaxy typically has a rotating disc with spiral 'arms' that curve out from a dense central region.

The particle believed to have originated deep in the space and is making waves because it is extremely rare for a high-energy particle to fall on Earth.

The James Webb Space Telescope photographed the heart of the Milky Way galaxy, unveiling new features and mysteries.

The image, taken from NASA's James Webb Space Telescope, shows a portion of the dense centre of our home galaxy in unprecedented detail.

The research found that first continents formed around nearby Sun-like stars at least 5 billion years earlier than Earth's plate tectonics began.

The gamma-ray of the black hole named Sagittarius A* is fluctuating and is similar in periodicity in changes to the black hole's radio and X-ray emission.

The space agency shared an image of a globular cluster captured by the Hubble Space Telescope and called it a ''celestial festival of lights.''

In our solar system, little rocky Mercury is the planet orbiting closest to the sun, perpetually fried by solar radiation seven times more intense than what we experience on Earth.

The telescope captured two neighbouring clouds of cosmic dust and gas, the giant red nebula NGC 2014 and a smaller blue nebula nearby called NGC 2020.

Scientists earlier thought that these galaxies were too fragile to exist in the early Universe.

It is located 21 million light-years from Earth in the constellation of Ursa Major (also known as the Big Dipper).

The woman informed her mother in a WhatsApp message that she had finished her PhD thesis at Maastricht University in the Netherlands.