What did humans learn from the frog s eye and invented the electronic frog eye in more detail, the m

The frog's eyes have very good eyesight, and they can see even the tiny bugs flying in front of their eyes. Because of this, scientists invented the electronic frogeye. This electronic frog eye can accurately identify objects of a specific shape just like a real frog's eye.

After the electronic frogeye is installed in the radar system, the anti-jamming ability of the radar is greatly improved. This kind of radar system equipped with electronic frog eyes can quickly and accurately identify specific shapes of aircraft, smart ships, ships, missiles, etc., especially can distinguish between real missiles and fake missiles, and prevent the real from being confused.

Electronic frog eyes are also widely used in airports and traffic arteries. At the airport, it can monitor the take-off and landing of aircraft, and can issue an alarm if it detects that the aircraft is about to collide. On traffic arteries, it directs vehicles to prevent collisions.

Frogs have very strange eyes, they are keen at things that are moving, but they are not at things that are stationary"Turn a blind eye", people got a cue from the eyes of frogs, invented"Electronic frog eyes"。The command staff of the airfield is in"Electronic frog eyes"can command the landing of the aircraft more accurately.

The frog's eye inspired mankind to invent it: the electronic frog eye.

The frog's eyes are not at all different from the structure of our human eyes, the frog's eyes are particularly special, both of its eyes have a very complex structure, and there are four kinds of nerve cells in it, which vary in shape, size and dendritic branching, and each cell receives a different range of range and the speed at which it conducts signals.

Electronic frog eye, in fact, is a kind of electronic eye, its front part is actually a camera, imaging through the optical cable transmission to the computer equipment display and storage, its detection range is fan-shaped, and can rotate, similar to the eye of a frog.

The electronic frogeye is very practical, it can monitor the take-off or descent of any different aircraft at any time, and can also track the artificial satellite, which can monitor the artificial satellite at any time if there is a problem, after the electronic frogeye is loaded into the radar system, the radar system greatly improves the anti-jamming ability, this radar system can accurately identify the specific shape of the aircraft, missiles, etc.

The electronic frog eye was invented.

In order to figure out why frogs had to wait for moths to take off before attacking, bionic scientists conducted special experimental studies on frogs. It turns out that the nerve cells of the frog retina are divided into five categories, one only responds to color, and the other four only responds to a certain feature of the moving target, and can transmit the decomposed feature signal to the visual center of the brain - the optic parietal cover.

There are four layers of reflux cells on the optic parietal cover, the first of which responds to the contrast of the moving target; The second layer extracts the convex edge of the target; The third layer only sees the perimeter of the target; The fourth layer is only concerned with the light and dark changes of the target's dark leading edge.

These four layers of features are like drawings on four sheets of transparent paper, stacked on top of each other to form a complete image. As a result, the frog can immediately recognize its favorite flies and moths among the various shapes of small animals that fly rapidly, and will not react to other things that are flying or stationary.

A frog's eye is a device that allows people to see objects clearly in the dark. Its principle is to use the imaging characteristics of the spherical convex lens, so that the light noise line can be focused to present a clear image in the dark. The invention of the frog's eye inspired people to invent many optical instruments that can improve human life, such as microscopes, telescopes, cameras, etc.

In the development of modern science and technology, optical imaging technology has become an indispensable tool in many fields. Microscopes help scientists observe tiny living forms, telescopes lead humans to explore the mysteries of the universe, and cameras record every aspect of human life in sensing stockings. The invention and application of these optical instruments are derived from people's in-depth research and exploration of optical principles.

Frog eyes inspired the invention of the microscope. A microscope is an instrument capable of observing and studying tiny objects. In the 17th century, frog scientist Maripiati discovered the neurovascular network in the frog's eye while studying the frog's eye, and this discovery led him to think about how to better observe and study tiny substances.

He then invented a lens for magnifying objects, which became the prototype of the microscope.

With the development of science and technology, the microscopic jujube mirror has been continuously improved and upgraded, and the exploration of the tiny world by human beings has also been greatly promoted. Microscopes have now become one of the indispensable tools in scientific research. Microscopes allow people to observe the world's smallest cells, their molecules and atoms, and even in high-tech fields, microscopes are used to observe and manufacture miniature devices.

In addition to this, Frogeye inspired the invention of an instrument called a spectrophotometer. A spectrophotometer is an instrument capable of measuring the absorption and emission of light by a substance, and it is widely used in scientific fields such as chemistry and biology. However, although the spectrophotometer originated from the inspiration of the frog's eye, its invention was actually based on the invention of the Israeli physicist and chemist Ms. Bo.

She was one of the first female researchers in the world to win the Nobel Prize, and her research has made many contributions not only in the field of chemistry, but also in the field of physics. Her spectrophotometer is based on the Abbe optical principle, which can obtain information such as material composition and concentration by spectrophotometer of the absorption and emission of light, which is widely used in biology, chemistry, medicine and other fields.

In short, scientists have always been able to find inspiration from nature to promote the continuous development and progress of science and technology, and frog eye is just one example, which has led to the invention of microscopes and spectrophotometers, which have given us a deeper knowledge and understanding of the tiny world. <>