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Aequorea VictoriaSwedish researchers have devised a way to turn bioluminescent jellyfish into solar cells. It works like this: the green fluorescent protein (GFP) that makes the Aequorea victoria glow is simply dripped onto a silicon dioxide substrate between two electrodes. The protein works itself into strands between the electrodes....<br><br><a href='https://inhabitat.com/solar-cells-made-from-bioluminescent-jellyfish/'>READ ARTICLE</a>1
GFP_structureSwedish researchers have devised a way to turn bioluminescent jellyfish into solar cells. It works like this: the green fluorescent protein (GFP) that makes the Aequorea victoria glow is simply dripped onto a silicon dioxide substrate between two electrodes. The protein works itself into strands between the electrodes....<br><br><a href='https://inhabitat.com/solar-cells-made-from-bioluminescent-jellyfish/'>READ ARTICLE</a>2
AequoreaSwedish researchers have devised a way to turn bioluminescent jellyfish into solar cells. It works like this: the green fluorescent protein (GFP) that makes the Aequorea victoria glow is simply dripped onto a silicon dioxide substrate between two electrodes. The protein works itself into strands between the electrodes....<br><br><a href='https://inhabitat.com/solar-cells-made-from-bioluminescent-jellyfish/'>READ ARTICLE</a>3
JellyfishSwedish researchers have devised a way to turn bioluminescent jellyfish into solar cells. It works like this: the green fluorescent protein (GFP) that makes the Aequorea victoria glow is simply dripped onto a silicon dioxide substrate between two electrodes. The protein works itself into strands between the electrodes....<br><br><a href='https://inhabitat.com/solar-cells-made-from-bioluminescent-jellyfish/'>READ ARTICLE</a>4
