Galaxy GEO fleet

The South Pole Telescope was built to map about a tenth of the sky and measure galaxy clusters as a probe of dark energy, motivating a paired optical survey that grew into the Dark Energy Survey.

Infrared observations from Webb penetrate dust, revealing the hot plasma flowing out of the galaxy.

GalaxySpace filed for two new constellations across twenty-six orbits, including Galaxy-SAR-2 with 96 spacecraft for synthetic aperture radar imaging.

Astronomers have observed a candidate galaxy hosting a supermassive binary black hole system with unprecedented angular resolution thanks to the Event Horizon Telescope.

Samsung announced that the entire Galaxy S26 lineup now features the Exynos 6000 chipset, which includes a native Non-Terrestrial Network modem.

The gravitational lensing in the Jvas B1938+666 system is produced mainly by a massive elliptical galaxy.

The James Webb Space Telescope observed the elliptical galaxy NGC 4486B using NIRSpec as part of an international team study.

Fusion governs star lifetimes, galaxy light output, the distribution of elements, and the energy flows that make planetary climates and biochemistries possible.

The Galactic Plane Survey will provide a complete view of the central region of the Milky Way galaxy.

Roman will study nearly 2,000 young, loosely bound open clusters to understand how the galaxy's spiral arms trigger star formation.

Quasar ultraviolet light can be hundreds to a thousand times brighter than a typical galaxy of 100 billion stars.

Hydrogen-rich galaxies are still gathering or retaining material for new stars, reflecting galaxy evolution at an early stage.

A team led by the University of Birmingham used the Webb and VLT telescopes to calculate the distance and properties of the host galaxy.

Observations by the Hubble Space Telescope and the James Webb Space Telescope revealed that the host galaxy has a dark band of dust dividing its core.

The Nancy Grace Roman telescope is designed to revolutionize the study of dark energy, dark matter, galaxy formation, and the evolution of the Universe.

The James Webb Space Telescope observed a rapidly growing supermassive black hole at the center of the distant galaxy CANUCS-LRD-z8.6.

The team plans further observations with the ALMA radio telescope and Webb to study the cold gas and dust in the galaxy.

The method dramatically reduced computational time, allowing one million years of galaxy evolution to be modeled in less than three hours.

Constructing multidirectional maps of interstellar dust will help researchers distinguish how two close-appearing stars may be at different depths within the galaxy.

Danhaive wrote new code to analyze the grism data and matched it with images from other JWST surveys to measure gas movement within each galaxy.