This Sophisticated Technology Has Been More Formerly Owned Animals
Advanced technology certainly helps to lighten our lives. In fact, the number is very large and often we forget.
However, if we see a new discovery by scientists, it can almost be guaranteed that it is not really 'new'.
This Sophisticated Technology Has Been More Formerly Owned Animals
In this aspect, animals also contribute a lot. You could say, we have to thank animals because it has become a variety of inspirations that facilitate our lives. They have a way of working that can even be said to be as sophisticated as technology that has only recently emerged.
Here is a list of advanced technologies that are already present in animals. Anything? Here's the summary.
1. Air Brake
One of the eagles belonged to participants at the 2016 World Nomad Game, Kyrgyzstan, Monday (5/9). One of the Kyrgyz tribal traditions is to maintain eagles to accompany them hunting.
When boarding a plane before landing, have you ever observed the wings and seen small blades appear along the wings?
Apparently, this blade is a kind of air brake to prevent the plane from breaking down when it slows down.
This sophisticated technology is certainly thought through by pilot scientists. However, birds have their own version of this smart technology.
This is in the form of specially adjusted feathers. Bird feathers are divided widely into primary feathers and secondary feathers, some of which are very important for flying. The rest, usually only for beauty.
There are several feathers that are tasked to help stabilize birds when they will land or fly slowly. So, birds also have feathers that work like slots in the wings of an airplane.
Sonar himself works by emitting sound at a certain frequency, and spreading the wave around him. If the sonar wave bounces off to a solid object and returns to its transmitter device, the device can gather information about the shape, size, and distance of objects.
Indeed, this is useful for sailors, especially the navy. But this takes inspiration from whales and dolphins that do have that instinct. Whales and dolphins can even distinguish very small objects from a distance of 15 meters with their sonar abilities. Between military sonars and whales and dolphins, it turns out that they use the same frequency: between 100Hz and 500Hz.
It can be concluded that these algae carry energy for baby salamanders from photosynthesis, which is basically the process of converting sunlight into energy. Of course this is the same thing as solar panels that convert sunlight into electricity.
Owls are animals whose prey are sharp-hearing animals, like mice. So they have used various elements in sounding to make it sound silent. The design of the ball makes it like this. Cleavage and fiber split the air flow through the wings. This prevents any noise caused by air resistance, which is actually a characteristic of birds when flying.
However, if we see a new discovery by scientists, it can almost be guaranteed that it is not really 'new'.
This Sophisticated Technology Has Been More Formerly Owned Animals
Yes, there are many new discoveries and breakthroughs in science that take inspiration from nature. From how nature works, from plants, and from animal behavior.
In this aspect, animals also contribute a lot. You could say, we have to thank animals because it has become a variety of inspirations that facilitate our lives. They have a way of working that can even be said to be as sophisticated as technology that has only recently emerged.
Here is a list of advanced technologies that are already present in animals. Anything? Here's the summary.
1. Air Brake
Hunting with Eagle Competition in Kyrgyzstan
One of the eagles belonged to participants at the 2016 World Nomad Game, Kyrgyzstan, Monday (5/9). One of the Kyrgyz tribal traditions is to maintain eagles to accompany them hunting.
When boarding a plane before landing, have you ever observed the wings and seen small blades appear along the wings?
Apparently, this blade is a kind of air brake to prevent the plane from breaking down when it slows down.
This sophisticated technology is certainly thought through by pilot scientists. However, birds have their own version of this smart technology.
This is in the form of specially adjusted feathers. Bird feathers are divided widely into primary feathers and secondary feathers, some of which are very important for flying. The rest, usually only for beauty.
There are several feathers that are tasked to help stabilize birds when they will land or fly slowly. So, birds also have feathers that work like slots in the wings of an airplane.
2. Sonar
Amazing, it turns out this is the process of breeding dolphins. Ships, submarines, and various equipment for fishing, usually equipped with sonar for navigation, avoid obstacles at sea, or also track underwater targets.
Sonar himself works by emitting sound at a certain frequency, and spreading the wave around him. If the sonar wave bounces off to a solid object and returns to its transmitter device, the device can gather information about the shape, size, and distance of objects.
Indeed, this is useful for sailors, especially the navy. But this takes inspiration from whales and dolphins that do have that instinct. Whales and dolphins can even distinguish very small objects from a distance of 15 meters with their sonar abilities. Between military sonars and whales and dolphins, it turns out that they use the same frequency: between 100Hz and 500Hz.
3. Solar Panel
According to Scientific American information, recently a group of scientists studied salamanders and found that these animal embryos contained algae. So, baby salamanders that have not hatched, inside are algae. These algae survive by eating the waste that is produced by the salamander embryo. Finally algae can produce energy and nutrients for developing baby salamanders.
It can be concluded that these algae carry energy for baby salamanders from photosynthesis, which is basically the process of converting sunlight into energy. Of course this is the same thing as solar panels that convert sunlight into electricity.
4. Soundproofing system
If you ever spend time in a soundproof room, it turns out to make it not that simple. Starting from the insulative layer, absorbent material, and various other ingredients. But this turned out to have been done before by an owl.
Owls are animals whose prey are sharp-hearing animals, like mice. So they have used various elements in sounding to make it sound silent. The design of the ball makes it like this. Cleavage and fiber split the air flow through the wings. This prevents any noise caused by air resistance, which is actually a characteristic of birds when flying.
Komentar
Posting Komentar