NASA has completed assembling the Nancy Grace Roman Telescope, a powerful infrared observatory set to scan vast cosmic regions, raising anticipation about what it may soon uncover about dark energy and distant worlds.
James Webb Space Telescope confirms first runaway supermassive black hole racing through Cosmic Owl galaxies, proving violent mergers can eject galaxy cores at astonishing speeds across deep space.
NASA’s Webb telescope and Curiosity rover inducted into TIME Hall of Fame, celebrating decades of scientific achievement, discovery and groundbreaking space exploration impact.
A distant gamma-ray burst has led astronomers to a rare supernova from the Universe’s early years, revealed by JWST. But why does this ancient star look surprisingly modern?
A new study reports a massive ancient galaxy. It formed when the universe was very young. The universe today is 13.8 billion years old.
Webb reveals image of Red Spider Nebula with its hidden bubbles, dust patterns and a possible companion star. The study of image offers new insight into how dying Sun-like stars shape space.
Apep was first spotted in optical light in 2018. Only the innermost spiral was visible through early images. JWST’s MIRI instrument has now revealed several faint spirals.
The distant galaxy LAP1-B shows extremely old activity, and its light moved 13 billion years to reach JWST.
With a mass of around 100 million Suns, BiRD is far from little. It belongs to a mysterious group of distant objects known as “little red dots”.
The twin stars in TOI-2267 orbit each other closely, forming what scientists call a “compact binary”. One of its planets resembles the desert world Tatooine from Star Wars, famous for its double sunsets.
3I/ATLAS made its closest approach to Earth on 29 October 2025, coming within 1.8 astronomical units, or around 167 million miles.
After applying the correction, Webb captured sharper images of the star HD 206893, revealing a faint planet and a reddish-brown dwarf previously unseen.
NASA aims to study rocky planets similar to Earth and analyse their atmospheres for biosignatures. The James Webb Space Telescope has already examined over 100 exoplanet atmospheres.
Astronomers first thought these red dots were ancient galaxies. They appeared unusually mature for their early universe age. Scientists believed they formed within 700 million years of the Big Bang.
The Subaru Telescope first identified unusually bright galaxies. These galaxies showed high-energy emissions but lacked visible quasar signatures.
The methane emission is explained by solar-excited fluorescence. Sunlight interacts with methane molecules, causing them to emit light.
NASA’s powerful telescope imaged a seething jet of gases. The eruption flows from a massive protostar in space. It speeds at hundreds of thousands of miles per hour.
The object is officially known as IRAS 04302. It is a protostar cocooned within cold gas and dust, hidden from direct view.
Astronomers suggest possible origins for this strange CO₂ ratio. It could have formed under intense ultraviolet radiation exposure.
Earth is the only planet known to host life. All living systems depend heavily on liquid water. While single-celled life appeared early, complex life took billions. Human existence is tiny compared to Earth’s age.
Conventional models predict water vapour in a disk’s inner regions, as icy pebbles drift inward and vaporise. But Webb’s MIRI instrument revealed a strong carbon dioxide signal instead.
The James Webb Space Telescope has revealed the Butterfly Nebula. It lies 3,400 light-years away in the constellation Scorpius.
NASA announced that its SPHEREx mission recently recorded detailed observations of comet 3I/ATLAS.
The discovery raises Uranus’ total moon count to 29. This is the 14th small inner moon found within the planet’s complex system.
Astronomers spotted a dim object more than 10,000 times fainter than the star. It was located about twice the distance between Earth and the Sun.