Chemically Stabilizing Bioluminescent Algae to Engineer Bio-Orbs for Sustainable Lighting
CWSF · 2026 Environment & Climate Change Bronze Medal
Overview
I studied how to turn natural light from marine bioluminescent algae into a safe and useful lighting system. This type of light, called bioluminescence, usually fades very quickly, which makes it unstable and hard to use. To solve this problem, I tested different gel matrices to find which one could stabilize the glow brightest and longest lasting. After finding the best option, I tested the gel outside and made a "Glow Tree" prototype to see how it reacts in real outdoor conditions. Once I found the flaws, I researched and designed a small protective “Bio-Orb” that helps keep the glow stable outdoors by protecting it and allowing a sustainable lighting system. My project explores a way to create lighting systems without using electricity. It matters because it could help reduce energy use and provide a more environmentally friendly way to light outdoor spaces using ocean inspired materials in the future.
Awards (2)
- Bronze Medal
- Selected for CWSF 2026
Competition history
- CWSF 2026
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