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.
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.
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.
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.
A reliable space science journal should be evaluated by its scope, peer review process, indexing, publication ethics, data practices and the limits of the evidence. This guide explains what to check before relying on a paper or submitting research.
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.
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.
A reliable space science journal should be evaluated by its scope, peer review process, indexing, publication ethics, data practices and the limits of the evidence. This guide explains what to check before relying on a paper or submitting research.
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.
Earth space pictures are more than striking views of a blue planet. Read with dates, sensors and processing context, they become working records of weather, land, oceans, ice, cities and human activity.
Modern space science coverage is shifting from single discoveries to large survey missions. This article explains how Roman, SPHEREx, Euclid and Webb are changing what readers should check in space reporting.
Planetary and space science is moving toward testable questions about habitability, planetary defense, solar activity and mission economics. In 2026, returned samples, ocean-world missions and space-weather research are shaping the next decade of exploration.
Earth from space is more than an iconic Blue Marble view. Satellite and astronaut imagery helps track weather, wildfires, oceans, ice, cities and long-term environmental change.
Life science space research is shifting from long-running ISS microgravity studies to Artemis-era deep-space health investigations and future commercial labs. The handoff will affect astronaut safety, biomedical research and the next decade of low Earth orbit science.
A strong space science fair project does more than show planets or rockets. It asks a focused question, measures evidence, and explains what the results can and cannot prove.
New results from Gaia, Hubble and the Event Horizon Telescope are changing how scientists map the Milky Way, trace its history and estimate its future.
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.
NASA’s Roman Space Telescope launch marks a shift toward large, open-data sky surveys, alongside Webb, Euclid, SPHEREx, lunar instruments and space-weather missions.
