Bionics is an interdisciplinary science that studies organisms and builds technical devices modeled after biology. Examples include boat hulls like dolphin skin, sonar like bats, and computer components like neurons. Bionics is also used widely in medicine with devices that mimic organ and body part functions, such as cochlear implants for the deaf. Since WWII, research has focused on prosthetics that join with the human body without rejection, resulting in more advanced artificial limbs that move and perform tasks almost as well as real arms and feet.

2. Bionics - an interdisciplinary science that studies
the structure and principles of functioning of
organisms and building technical devices on the
model of the organism.

3. Examples of bionics in engineering
include the hulls of boats imitating
the thick skin of dolphins, sonar,
radar, medical ultrasound imitating
the voice of bats. In the field of
computer science research in the
field
of bionics are used in cybernetics,
artificial neurons, artificial networks,
and miniaturization of silicon
components in the natural pattern of
neurons.

4. Bionics is also widely used in
medicine. There is an increasing
use of devices that mimic the
natural functioning of various
organs and body parts. The best
example is the cochlear implant for
the deaf. Thanks to such devices,
life is easier for some people. They
are more likely to understand the
world around them, and healthy
people.

5. Since World War II research into the possibility of joining
prostheses with the human body without fear of rejection of
artificial element has been led in many countries. The results of
bionics experts’ work are more and more perfect artificial limbs,
allowing for movements in different directions, performing
complex tasks almost as efficiently as a real arms or feet.

6. Since World War II research into the possibility of joining
prostheses with the human body without fear of rejection of
artificial element has been led in many countries. The results of
bionics experts’ work are more and more perfect artificial limbs,
allowing for movements in different directions, performing
complex tasks almost as efficiently as a real arms or feet.