Researchers at Harvard SEAS Developed a Peacock Camo System
References: seas.harvard.edu & engadget
Researchers from Harvard SEAS (the university's school of engineering and sciences) have developed a counterintuitive camouflage system.
Of all the creatures in the animal kingdom, the peacock is the least likely to be associated with stealth -- on the contrary, peacocks are famous for their desire to stand out. However, the Harvard SEAS researchers have discovered a quality of colorful feathers that can be manipulated to create camouflage.
The new camouflage technique is actually based on the feathers of the plum-throated cotinga (rather than a peacock,) but a cursory glance at the continga will make the camo paradox is no less apparent. The bird has an electric blue coat with a neon pink throat. However, by understanding how the feathers are able to diffuse other colors of light while highlighting these bright ones, the researchers created a camouflaging metal alloy.
Of all the creatures in the animal kingdom, the peacock is the least likely to be associated with stealth -- on the contrary, peacocks are famous for their desire to stand out. However, the Harvard SEAS researchers have discovered a quality of colorful feathers that can be manipulated to create camouflage.
The new camouflage technique is actually based on the feathers of the plum-throated cotinga (rather than a peacock,) but a cursory glance at the continga will make the camo paradox is no less apparent. The bird has an electric blue coat with a neon pink throat. However, by understanding how the feathers are able to diffuse other colors of light while highlighting these bright ones, the researchers created a camouflaging metal alloy.
Trend Themes
1. Counterintuitive Camouflage - Exploring the use of unexpected elements and properties in camouflage design.
2. Biomimicry in Camouflage - Drawing inspiration from animal features and adaptations for innovative camouflage systems.
3. Optical Manipulation for Camouflage - Developing techniques to manipulate light and colors for effective camouflage.
Industry Implications
1. Military and Defense - Leveraging counterintuitive camouflage techniques to enhance stealth capabilities and protection in military operations.
2. Fashion and Textile - Applying biomimetic principles in textile design to create innovative and visually striking camouflage patterns.
3. Materials Science and Engineering - Advancing optical manipulation technologies for the development of camouflage materials with enhanced adaptive properties.
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