We have a curated list of the most noteworthy news from all across the globe. With any subscription plan, you get access to exclusive articles that let you stay ahead of the curve.
We have a curated list of the most noteworthy news from all across the globe. With any subscription plan, you get access to exclusive articles that let you stay ahead of the curve.
Real planetary images are scientific records, not just dramatic space scenery. This guide explains what pictures of planets in space reveal, how they are made, and where interpretation matters.
Astrophysics and space science are moving from isolated discoveries toward large, coordinated surveys. Webb, Roman, Euclid, Rubin, SPHEREx and gravitational-wave catalogs are changing how researchers map the universe.
Space science in 2026 is defined by crewed lunar testing, new survey telescopes, expanding exoplanet catalogs, ocean-world exploration and sharper attention to space weather and asteroid risk.
Pictures from space telescope missions are processed scientific records, not simple snapshots. Here is how Hubble, Webb, Euclid and Chandra turn measurements across different wavelengths into images readers can interpret.
Discovery space is no longer shorthand for one dramatic find. In 2026, it describes how Webb, Hubble, SPHEREx and planetary missions are widening what astronomers can detect, compare and test.
Astronomy and space science is moving from occasional landmark images to continuous, high-volume discovery systems. Roman, Rubin, Webb, and planetary-defense missions show how the field is changing in 2026.
Space science research in 2026 is defined less by single headline discoveries and more by connected datasets from telescopes, planetary missions, lunar operations and space weather observatories.
Astronomers announced Beta Pictoris d on July 15, 2026: a hidden giant exoplanet identified with Webb spectroscopy and confirmed with ground-based archive data. The finding shows how chemical fingerprints can reveal planets that ordinary images may miss.
NASA’s Roman Space Telescope launch adds a wide-field survey observatory to a fleet that already includes Hubble, Webb and Euclid. The change is not about one telescope replacing another, but about space observatories working together across different wavelengths, scales and science goals.
The James Webb Space Telescope has turned space pictures into scientific evidence. Its infrared images reveal hidden star formation, dusty galaxies, dying stars and deep-field galaxies that visible-light telescopes cannot fully show.
STScI is the science operations hub behind Hubble, Webb and the incoming Roman Space Telescope. Its work links telescope time, observation planning, data processing, archives and public access for modern astronomy.
Astrophysics space science is moving from rare discoveries to steady evidence. Webb, Euclid, LIGO, and planet surveys are giving researchers better data on galaxies, black holes, exoplanets, dark matter, and the open questions that still need work.
