AuREUS uses food waste to extract luminescent particles that convert UV light into visible light, enabling solar energy even under clouds or on shaded surfaces.
Designers create bio-concrete tiles using Japanese knotweed and crayfish shells, turning invasive species into eco-friendly, decorative building materials.
Researchers developed a 3D-printed metamaterial ring that reflects up to 94% of sound, while allowing air and light to pass—opening new possibilities in soundproof design.
Japanese researchers developed a fabric woven with wafer-thin solar cells, aiming for clothing that charges devices — durable, flexible, washable solar clothing.
How Solar Panels Are Made: From Sand to Sunlight
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Solar Panels from Plant Waste: AuREUS’s Game-Changing UV to Visible Light Innovation
AuREUS uses food waste to extract luminescent particles that convert UV light into visible light, enabling solar energy even under clouds or on shaded surfaces.
Bio-Concrete from Knotweed & Crayfish: Turning Invasive Species into Building Material
Designers create bio-concrete tiles using Japanese knotweed and crayfish shells, turning invasive species into eco-friendly, decorative building materials.
A Ring That Silences: The Sound-Blocking Metamaterial That Lets Air & Light Pass Through
Researchers developed a 3D-printed metamaterial ring that reflects up to 94% of sound, while allowing air and light to pass—opening new possibilities in soundproof design.
Solar-Cell Fabric: When Your Clothes Become Power Generators
Japanese researchers developed a fabric woven with wafer-thin solar cells, aiming for clothing that charges devices — durable, flexible, washable solar clothing.