To by minimizing our carbon footprint. Similarly,

To
begin with, inventors can create a sustainable world by employing natural
computing through the process of biomimicry. According
to the Biomimicry Institute, biomimicry is “an approach to innovation that
seeks sustainable solutions to human challenges by emulating nature’s
time-tested patterns and strategies” (“What Is Biomimicry?”). To
illustrate, in Janine Benyus’ TED talk conference, “Biomimicry in action,” the
natural sciences writer explains how the company OneSun is developing, “a new kind of solar cell that’s based on how
a leaf works. It’s self-assembling. It can be put down on any substrate whatsoever.
It’s extremely inexpensive and rechargeable every five years” (Benyus 08:25). OneSun’s revolutionary and versatile
solar technology improves upon traditional solar panels by putting energy in
the hands of users across the globe regardless of their economical or geographical limitation, thus providing future
generations with clean, renewable and reliable energy and reduces greenhouse
gas pollution emitted by burning non-renewable resources. Therefore, this
groundbreaking invention inspired by the photosynthesis process of plants effectively
serves as a proof-of-concept of biomimicry’s competence to solve climate change
by minimizing our carbon footprint. Similarly, the excessive noise of the original
Shinkansen, the iconic Japanese
bullet train, was resolved by Eiji Nakatsu, an engineer and a birdwatcher, who
“used his knowledge of the splashless
water entry of kingfishers and silent flight of owls to decrease the sound
generated by the trains” (“Shinkansen Train”). By redesigning the aerodynamics of
the Shinkansen to match the beak of the kingfisher and the feathers of the owl,
not only did the engineer fix the issue of noise pollution but he also improved
the train’s efficiency, as its streamlined frame allows it to “travel 10%
faster and uses 15% less electricity” (“Shinkansen Train”). As a result, Nakatsu’s
innovation that integrates traits of various birds is another instance of
biomimicry that demonstrates the superiority of biological designs over
man-made conceptions. Moreover, GreenShield
is a liquid- and stain-repellant textile coating “inspired by nano-textured,
self-cleaning surface of the lotus leaf” that aims to reduce the usage of fluorine-based
chemicals (“GreenShield fabric finish”). The natural self-cleaning property
derived from the lotus leaf enables GreenShield
to deliver the same caliber of waterproofing
and stain resistance as traditional textile finish products at significantly
reduced levels of fluorochemicals. Consequently, this product decreases
environmental contamination from harmful chemicals, which proves the
versatility of biomimicry. Thus, biomimicry encourages creators to utilize natural
computing to combat pollution because, by acknowledging nature’s tried-and-true
designs, they are able to build an ecological and sustainable world that will resolve
climate change.

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