The hunt for Earth-like exoplanets and life in space heats up
Is our planet, and the life on it, unique? Several projects are being launched and planned to find out.
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Is our planet, and the life on it, unique? Several projects are being launched and planned to find out.
Explore Mars in the classroom through accessible experiments with Artemia, linking astrobiology, aquatic ecology, light responses, and scientific inquiry.
Over 15 000 satellites are currently orbiting Earth. Do you know what it takes to keep them up there?
Exoplanets are planets orbiting stars beyond our Sun. Discovering them may answer one of the most asked questions: Are we alone in the universe?
Discover how hands-on experiments can introduce students to light and particles through the lens of space exploration.
”Faster, Higher, Stronger – Together”, the Olympic motto, could also apply to telescopes with a slight modification: “Bigger, Deeper, Sharper – Together”
What can the colours on a satellite map actually tell us about the air we breathe?
Join us as we explore how the Copernicus Sentinel satellites detect gases such as nitrogen dioxide, and how chemistry helps us understand what’s happening in the atmosphere above us.
From notebook sketches to space-telescope data: explore how mapping starlight using the Herzsprung-Russell (H-R) diagram helps us trace the life stories of stars across the universe.
Meet antimatter – nature’s invisible twin that could explain our existence and inspire our wildest stories.
Meet the universe’s ultimate drama queens – stars that steal, explode, and shine brighter than ever before.
The hunt for Earth-like exoplanets and life in space heats up
Martian habitats in the classroom: testing Artemia
Magic wires and a chilled battery – how fusion based technologies could power up satellites
Are we alone? Exoplanets may hold the answers
Cosmic SOS: exploring light and particles through the lens of space exploration
Harvesting light with the biggest eye on the sky
Eyes in the sky: tracking air pollution with satellites
A map of the stars
Five things that matter about antimatter
Celestial cannibalism: investigating cataclysmic variable stars