Aliens of the Ocean

Since jellyfish is not common in this common world, many people think jellyfish is a small monster. Despite their perception of jellyfish, they are very important in marine life. Jellyfish is also a food for many marine animals, allowing marine life to circulate continuously. To understand jellyfish, it is important to know what jellyfish are, how they live, how to bite, and know the benefits of seeds. With this knowledge it is clear that jellyfish is not our enemy.

Since the 1950's the United States and other countries have been fascinated by space exploration, extraterrestrial life, and extra-terrestrial planets, but in reality our own planet is an alien planet. To date, only 5% of our ocean has been found, our seas account for 71% of the earth. Scientists believe that the sea already exists because the Earth is mere lava, and when it is formed quickly, all lives come from the ocean. So, why did not we investigate?

Of course, the space is very sexy. But the ocean is also true. Please consider it for those interested in exploring extraterrestrial life forms. Scientists estimate that we have not found 91% of living organisms in our ocean yet. Some of them look very strange. Continue with Google Deep Sea Shark, Frilled Shark, Bathynomus giganteus. When reducing the budget and reviewing the return on investment, it is necessary to make a long-term and strict view on the prioritization of exploration funds. If the purpose of government expenditure is to promote the growth of the private sector, entrepreneurs are more likely to find inspiration in the depths of the ocean than to heaven. The ocean has offered about half of our oxygen, our largest protein source, abundant mineral resources, important raw materials for pharmaceuticals, marine biotechnology.

On the earth there are many lives that grow in a fairly odd way promoted by heat and chemicals from the ocean floor, not by the sun. There is evidence that Europa has sea water under ice (as pointed out by observation from Hubble and other spacecraft). Probably the life of water is similar to life thriving in the ocean of the earth. The team at NASA's Jet Propulsion Laboratory and Johns Hopkins University Applied Physics Laboratory calculated whether life-indicating molecules such as amino acids on the surface should withstand the radiation shock of Jupiter's harsh magnetic layer. There are magnetically active areas around Jupiter that are not quite suitable for biology. Needless to say our own scientific instruments. The magnetic layer may accelerate high energy particles and destroy the chemical evidence of life that our detectors may be looking for.