Analysis of the solution based on the principle of high-efficiency light source LED

Energy saving and green are the mainstream today. The high-efficiency light source LED lamp introduced in this article is developed based on the principle of the serrated scales inside the firefly. A coating composed of photosensitive materials on the LED lamp simulates the function of these scales of fireflies, which not only improves energy efficiency but also reduces the energy required for lighting.
This more efficient light source is inspired by the discovery of the serrated scales inside the firefly, which enhances the luminescence effect of this creature. A layer of covering on this LED lamp simulates the function of these scales and reduces the energy required for LED lamps. The

photosensitive material coating on the LED lamp simulates the function of the firefly scales, improving energy efficiency and reducing the energy required for lighting.

A coating of light-sensitive material on the LED lights mimics the function of the firefly's scales, improving energy efficiency and reducing the amount of energy needed to generate light. "We looked at the structure of the edges of factory roofs because the tops of the scales are convex and a bit slanted, a bit like a factory roof," said Annick Bay. As an added bonus, the energy-enhancing coating can be applied to existing LED lights. "The

most important aspect of this research is that it shows how much we can learn by carefully observing nature," said Annick Bay, a PhD candidate in philosophy at the University of Namur in Belgium. In fireflies, a certain amount of light is reflected back into the lantern by the cuticle of its shell. But in some fireflies, this reflection can be reduced by the arrangement of the jagged scales, meaning more light escapes and makes the fireflies appear brighter.