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.
Planet science now covers the eight familiar worlds of our solar system, recognized dwarf planets, ocean-bearing moons, and thousands of confirmed exoplanets. This article explains how scientists classify these objects, why non-planets matter, and what upcoming missions may clarify next.
An institute of space science links mission data, laboratory work, engineering support and public education. Its role is becoming more important as space missions produce larger datasets and raise scientific questions that can take decades to answer.
Space exploration science is moving beyond headline launches toward measurable scientific return. Artemis II, NISAR, Europa Clipper, Hera and sample-return planning show how missions are now judged by data quality, risk control and long-term value.
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.
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.
Space science covers several fields, not one single subject. This guide explains the main areas, the data behind them, and why they matter when you read space news.
Space planets are no longer just classroom charts. Current planet data shows how the solar system, exoplanets, and telescope missions are changing the search for life beyond Earth.
