The giant clam native to the Pacific and Indian oceans are among a unique group of animals that can useiridescent cellsto green goods vividness . Rather than swear on paint , these animate being have cells known as iridocytes — like those found on the exterior flesh of a giant clam — that use their structure to spread out light wave and give rise iridescent shades . scientist are hoping that by ripe understanding how this phenomenon run in gargantuan clams they will be able to make more efficient solar panels and color display in the future .
In a study print this calendar month in the scientific journalOptica[PDF ] , researchers from the University of California in Santa Barbara detail their investigating into how the clam is able to produce each of its shades . In the speciesTridacna maximaandTridacna derasa , for deterrent example , the clams generate their white hues by mixing colors in a way similar to how video displays mix red , blue , and green pixels to create clean .
Giant kale rely on sunlight to make their color , while most color displays we see today use light source like LEDs . If researchers can find a way to create nanostructures for screens modeled after iridocytes , then smartphones , lozenge , and TVs could possibly utilize the ambient igniter around them to mother color . Not only would this be more energy efficient , but it would be gentle on the centre as well .
The research worker also looked into how this mechanics in giant clams could be used to ameliorate efficiency in solar panel . " If we could use what we learned from the clams to work up a very effective distributed lightheaded - gather organization , then we could use that to make more effective 3D solar electric cell that postulate less area than our present rooftop and land - based solar farms , " the study ’s trail author Amitabh Ghoshal say in astatement . The squad is now go onward with their findings to project and test solar cellphone that take their intake from clam biology .
[ h / t : Mashable ]
