A new way to improve how we measure the age of planetary evolution in our solar system has been identified by a team of researchers. Research led by the University of Portsmouth has identified a new ...
We have derived the spatial distribution of the electron temperature and density and the ionic abundances of O⁺, O⁺⁺, N⁺, and S⁺ from CCD images of the planetary nebulae NGC 40 and NGC 6826 taken in ...
The Academy of Finland has granted €1.2 million in funding for Finnish space research focused on developing hyperspectral imaging solutions to be used in space. Composition of celestial bodies ...
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