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Ordered by relevance and verification date.
NASA pages for 2026 point to two solar eclipses, two lunar eclipses, and several monthly highlights. This guide separates what the sources confirm from what still requires local calendars and conditions.
The available evidence brings together results, images, publications, and mission plans. It also highlights an external challenge: the possible expansion of satellites in orbit and its effect on astronomy.
Official NASA and European Southern Observatory sources list 2026 results, data, and announcements involving Curiosity, AMS-02, Webb, TESS, Bennu, and the future Roman telescope. They also warn that proposed sa...
Available institutional sources show sustained activity in space observation, data catalogues and publications, while warning that projected satellite growth could seriously affect astronomy.
A guide based on NASA previews explaining which 2026 astronomical phenomena are confirmed in the available evidence and which require local checks.
A set of NASA and ESO updates describes ongoing research and missions in 2026. The available evidence also has important limits: several items come from short excerpts and do not allow the methods or full concl...
The available evidence identifies NASA as a U.S. space and aeronautics agency and points to material involving Curiosity, COSI, and heliophysics. It does not provide enough information to profile a specific per...
The supplied sources document activity involving Mars, the International Space Station, Webb, TESS and Bennu samples, alongside an ESO warning about proposed satellite megaconstellations.
Robotic exploration brings together vehicles, instruments, and autonomous systems used to observe, measure, and operate in space. Available institutional sources describe its role at NASA, in International Spac...
The supplied sources describe activity in space exploration and point to several mission areas, but they do not support a reliable timetable of upcoming launches.
Mars exploration involves programmes and missions from different entities. Based on the available evidence, the Trace Gas Orbiter’s arrival in Mars orbit in 2016 and the planned launch of the Rosalind Franklin...
NASA presents Artemis as a framework for studying the Moon and Mars with human explorers and robotic systems. Its channels also report artificial-intelligence applications and preparations for payloads on the l...
The available evidence outlines a clear framework: autonomous robots and artificial-intelligence techniques are being researched for environments such as the Moon and Mars. It also requires an essential caution...
The official information available describes robotics as a component of Artemis science. According to NASA, its role is to support high-priority scientific questions concerning the Moon and Mars alongside human...
The supplied evidence points to NASA’s Nancy Grace Roman Space Telescope and mentions exploration of the Moon, Mars, asteroids and Earth. It does not, however, support a reliable list of upcoming launches.
Robotic exploration brings together systems able to operate beyond Earth. The available sources highlight advances in autonomy and artificial intelligence, but they do not confirm a specific recent development...
Robotic exploration brings together systems that can operate in space environments and increasingly rely on autonomy. The supplied evidence highlights research into AI and learning for locomotion on the Moon an...
A critical reading of the available Mars evidence distinguishes official sources, news coverage, videos, and search-result claims.
A review of the available sources separates indications of space activity from claims that would require further documentation.
A guide to what can be stated about the sky “today” from the available evidence, what space exploration adds, and what is missing for local observing plans.
