and time, helping scientists pin down nature of dark energy. Intimate because it will reveal planetary systems across the Milky Way, giving us a clearer sense of how common, or rare, worlds like ours might be. If Roman delivers on its goals, it will not...

of stars within a few dozen light‑years of the Sun have long been thought to provide a near‑complete picture of the local Milky Way neighborhood. However, each of the newly found white dwarfs orbits a bright red‑dwarf companion whose glare masks the...

images from Chandra and other telescopes. Astronomers put galaxies into three main categories: spirals like our own Milky Way, ellipticals that are older and likely the results of mergers, and irregulars that can encompass a wide range of galactic...

terrestrial radio-frequency interference (RFI) and the overwhelming brightness of astrophysical foregrounds like our own Milky Way. To overcome this, the researchers employed advanced cleaning protocols, including identifying problematic antenna pairs...

Scientists have spotted an unusually large sulfur-containing ring molecule inside a dense cloud near the Milky Way’s center, giving new clues about how complex chemistry may develop long before planets or life appear. Sulfur plays a quiet but crucial...

This darkness produces some of the clearest night‑time vistas of the year, allowing faint stars, distant galaxies, and the Milky Way’s luminous band to stand out, especially far from city lights. The following evening, July 15, a slender waxing crescent...

the galactic cores about 20 000 light‑years apart, a span comparable to three‑quarters of the distance from Earth to the Milky Way’s centre. The Gemini North data, gathered in 2020 under the stewardship of NOIRLab, captures this slow‑moving encounter,...

A new study suggests our galaxy’s black hole, Sagittarius A*, may accelerate particles to extreme PeV energies by tapping into its own rotational power. New theoretical research suggests that the supermassive black hole at the center of our galaxy,...

the illusion of a cosmic impact. In reality, the comet is a nearby icy wanderer while the cluster lies far beyond the Milky Way’s main disk. Comet Tempel 2: A Recurrent Visitor to the Inner Solar System 10P/Tempel 2 is a periodic comet that regularly...

of Distant Worlds Roman is poised to redefine exoplanet research, particularly within the densely populated core of the Milky Way. By employing the transit method, where it observes the slight dimming of stars as planets cross their faces, scientists...

capable of carving pathways through the surrounding gas. Although its physical size is roughly one‑hundredth that of the Milky Way, the galaxy’s star‑formation rate outpaces our own by a factor of ten. NASA estimates that between half and the entirety...

around NGC 5084 might form a flattened structure, an arrangement that mirrors the satellite alignment observed around the Milky Way. This discovery could offer critical data for testing current theories regarding galactic assembly. A collection of faint...

of the Earth to scan the northern sky. Because the target signal is buried under intense radio interference from our own Milky Way and human technology, the team had to develop a sophisticated suite of algorithms to filter out local noise and...

nuclear fusion. A Radiant Nebula of Youthful Stars and Hydrogen Emission Nestled in the dwarf galaxy that orbits the Milky Way, LH 95 is a sprawling association where massive blue giants share space with countless lower‑mass companions. The contrast...

the galaxy is not rotating, previous calculations regarding its mass and its complex history of interactions with both the Milky Way and the LMC will require significant revision. The research team points to a combination of gravitational tidal forces...

available before planets form. The molecule, identified as erythrulose, was found in a massive molecular cloud near the Milky Way’s central region, offering concrete evidence that complex sugars can arise naturally long before a planetary system...

cumulative hardware would create a cube roughly 163,000 light-years on each side—a structure significantly larger than the Milky Way galaxy. If each bit were instead packed into a tiny cube the size of a grain of sand, the resulting volume would span 90...

research. Through a technique known as gravitational microlensing, the telescope will monitor the crowded center of the Milky Way, identifying planets that might otherwise remain hidden. Experts anticipate that the mission will uncover more than 1,000...

link” in cosmic evolution. We have long known that giant black holes exist in the centers of galaxies like our own Milky Way, but we haven’t been sure how they grew so fast in the early universe. These Little Red Dots appear to be black holes caught in...

future observations will test. Broader Implications for Hidden Pulsars The detection hints that many more pulsars in the Milky Way could be lurking undetected because their radio output is below the sensitivity of earlier surveys. It also raises the...