At Love Science, the Earth is completely different from the neighboring rocks due to its very high water content. About 70% of the Earth’s surface is covered with water, creating an essential environment for life to exist and thrive.

This book now offers a theory about the origin of water on Earth. It is hypothesized that, the Earth sends a certain amount of land water into the earth where it is supposed to be, even though there is ice in the moon and moon clouds (solar clouds) that create the Sun and other planets. 4.5 billion years. A certain amount of land water still exists on Earth to this day and can also be mapped through the mantle of the planet.

At the New Moon, Earth, Venus, Mars, Mercury, are close enough to the Sun’s nebula that the water is evaporated by heat. These rocks are destroyed with a small amount of water in the rock.

In the case of the Earth, the amount of water that flowed out from the Earth would have collided with the Earth’s water to create the Moon. Therefore, the water in the oceans mainly originates from glacial rocks called carbonaceous rocks.

The scientists found the origin of water on Earth by analyzing the proportions of three hydrogen isotopes in nature. The first isotope is called wall hydrogen with one proton in the salt. The other isotope is deuteram, a heavy hydrogen, which has one proton and one neutron.

The ratio of deuterium/hydrogen in the oceans on Earth is consistent with that of a single planet, a star. The meteorite is the name of a red rock body that orbits the Sun, a wall of water, and other diamagnetic elements carbon and nitrogen. Jupiter is an icy body, sometimes referred to as a "dirty snow globe", which gives off signs and dust. They are what is left of the solar system.

The authors identified that opal minerals (SiO2.nh2O) in the names of the Earth piles are of anthropological origin. Opal needs water to survive, which is a sign of how high the water is coming from the giant rocks. Deuteram has a focus direction that is far away from the solid hydrogen in the solar pole, so that the water infiltrates the outer surface of the solar pedestal.

In addition, the fourth report has additional supporting evidence from the US Space Agency’s (NASA) Dawn spacecraft that was launched in 2007. The Dawn spacecraft found traces of water on Ceres and Vesta. , three of the largest and most massive bodies of the earth are located between Jupiter and Mars.