The sea chest on the galaxy.

All living organisms live in the ocean. These creatures have strange power, most of which are still unknown to humans. Mysteries This sea is a huge reservoir of knowledge for the seafarers, doves, and hunting people for thousands of years. We find people sitting in the house from the article of Discovery, National Geographic Channel, and Newspaper. Likewise, some of the mysteries we will try to know today.

In the night sky we used to watch the stars starring. There are thousands of stars in the sky that can burn like the night sky, but many of us do not know. For hundreds of thousands of years the maritime people have created this issue with many speculation-imagination and mystery smoker. Modernly named after "Milky Sea", it is named after the Milky Way galaxy. The moonlight, on the ocean floor, wakes up on the ocean, and this Milky Sea. Milky Sea's references are available in the books of "Twenty Thousand Leagues Under the Seas" by Jules Verne and "Moby Dick" by Henry Melville. However, the name of the Greek scientist Anixinemenes came as the first witness in history. In 500 BC he wrote a strange story in one of his books, although he could not stand any explanation. After all, thousands of years have been created by people in the horror stories. However, this mystery is not elusive to modern science. The phenomenon of science explanation is called "bio-luminescence"; Bangla can be called "bi-light"

Marine organisms produce these biomescales through special biochemical processes. Surprisingly, though, it is true that almost 90 percent of marine creatures have the power to produce this light. Biomass is found in any depth of the ocean, but in most cases it happens on the ocean surface at dark night. But if you want to see biomass in the daytime, you will have to go deep into the ocean where the light of the sun does not reach. Marine animals use this light in four main functions: Strategically avoid avoiding enemies, attracting food, maintaining contact between their species and making their presence known.

Since most of the biomass wavelengths are between 440-479 nanometers, it falls in the middle of the visible spectrum, which results in the biomolecular blue This blue light is visible from the deep water due to the blue light shade in the water, which is the highest (in the same way the bottom of the water shows the blue). The interesting thing is that the eyes of most marine animals are only sensitive to blue light. The absence of lightning that is more or less wavelength than blue light, is absent among them. However, some animals of the Nidriya episode are able to disperse the green light. Some animals of the Melaccitida tribe are able to disperse and see red light, although this red light is of inferior type, it does not appear in humans and other animals. And this thing helps them to catch victims. Although they see their prey by inferior rays, they are not able to detect the presence of the enemy lying in tears.

Biological production is controlled by multicellular organisms through the nervous system. While some animals can create light continuously, most of them create light sparks whose stability is 0.1 seconds or less.

So far scientists have found two types of biochemical production. Some animals create biomass from a particular cell called photophore (eg angle fish). On the other hand, some organisms live in a particular type of bacteria that produce biomass. However, chemically its production technique is all the same, even though the biofill photofor or bacteria is created in the same way. Chemical This process occurs in the presence of oxygen. The two chemical components needed for this are: Luciferin (pigment) and Luciferrez (enzyme). Luciferren pigment oxygen is produced by oxygen-oxygen oxygen oxy-Luciferin by the effect of Luciferin enzyme.

Luciferin + Adenosine triphosphate -> Luciferile adenilate + pyroofshette

Luciferile adenylate + oxygen -> oxy-lucifarin + adenosine monophosphate + enlightenment

Oxy-Luciferine is produced through very high electric conditions. Almost all the strengths of this reaction are expressed as light energy. Very little energy is released as heat energy. Because of this, biomimeters are often called "cold light".