The mystery about the Earth has not been answered

Although humans are living on Earth with advances in science and technology, there are countless mysteries around this planet that scientists still cannot explain.

1. Where are the giant magma furnaces that can create tremendous volcanic eruptions?

Until now, geologists have only discovered the location of the super volcanoes that have " woken up " in the past but have not been able to unearth the remains of the giant magma furnaces below.

According to volcanic researcher John Eichelberger and researchers at the US Department of Geological Survey, the reason why the magma oven becomes so mysterious with the scientific community has three possibilities.

First , the super volcanoes in the past erupted with the amount of magma they once contained in their hearts, so now these magma furnaces are empty.

Second , scientists still have not found the right place or the current scientific technology is still not sophisticated enough to detect magnesia.

Finally, the ability of super volcanoes to grow too fast and erupt with intense intensity, wipe out no remains.

Where are the giant magma furnaces that can create tremendous volcanic eruptions?

In fact, the eruptions of super volcanoes can spread lava and dust up to more than 1,000 km ³ is quite rare because every 100,000 new years there is a super volcanic event.

Therefore, the ability of people to face the danger from super volcanoes is not high. However, if unfortunately this event occurs, the consequences will certainly be incalculable.

This is the reason for scientist Eichelberger to identify, the quest for the giant magma is a 'very dangerous but extremely attractive' job.

2. The sustainability of the western Antarctic ice sheet and its impact on global sea level?

In many areas, the consequences of the impact of sea level rise on people's lives have been very clear.

Antarctica - the land is like a sleeping giant. In it, the western Antarctic ice sheet (WAIS) attracted the attention of many scientists because of its inherent instability. This instability is due to the majority of the ice mass below sea level.

A series of researches on the possibility of collapse and melting of the WAIS tape all refer to a dangerous disaster for the Earth.

While most of the unstable areas of the giant WAIS tape are located in low-lying areas below sea level. Therefore, if the ice in these low-lying areas is no longer blocked by the floating ice sheet, it will quickly emerge and form a new floating ice sheet, far apart, and cause many collapses and breaks. another break leads to rising sea levels.

Most of the world's population lives near the coast, scientists today seem to be able to make accurate forecasts for people to plan to deal with the risk of losing their land and stabilizing their lives. By the end of the century. However, after the 21st century, scientists will not be able to predict the evolution of the environment.

3. People have discovered many dinosaur fossils but what is their biological system?

Jack Horner Paleontologist at Montana State University (USA) said: 'The best science is not to know all the mysterious answers around dinosaurs. Because it will lose the mysteriousness of this giant creature and affect children's long-standing imagination '.

Although paleontologists are well aware of the shape and size of dinosaurs, the mysteries surrounding their biology are only revealed very little.

In Horner's view, scientists need to learn how giant lizards survive successfully in the natural environment will be the key to understanding the biological system of dinosaurs from the perspective of living creatures.

4. Where does life on Earth come from?

Amino acids, vitamins or the most essential nutrients needed for life are found in ice particles inside asteroids and even in the harshest environments on Earth. Why these substances can be combined together to create life is still a question that challenges scientists. Is life on Earth that we are living in or originating from the interstellar space brought by meteorites?

Where does life on Earth come from?

5. Where does the oxygen gas on Earth come from?

2.4 billion years ago, the first cyanobacteria began to release oxygen and filled the atmosphere with oxygen. They are the basic microorganisms that transform the Earth's atmosphere and decide on human existence. However, the amount of oxygen emitted by the cyanobacteria changed and the oxygen level increased - reduced as a roller coaster for 3 billion years, then gradually stabilized in the Cambrian period some 541 million years ago. And so far, is the bacteria the deciding factor in the atmosphere or what other impact factors are still a mystery?

Where does oxygen from Earth come from?

6. Where does water on Earth come from?

With three-quarters of the surface area being water, explain why the water on Earth formed from the question that scientists still have a headache to find answers. According to many scientists, after forming 4.5 billion years ago, Earth is a dry rock mass. The occurrence of reservoirs on Earth may be due to a continuous collision with rock meteorites. Even so, the origin of water on our planet remains a mystery because of the remaining rock evidence from this period so that scientists can study it not much.

Where does water on Earth come from?

7. What is in the core of the Earth?

What is in the core of the Earth?

In speculation about the balance of essential minerals on Earth, scientists found that iron and nickel were absent substances in the structure of the Earth's crust. Therefore, researchers believe that these substances may have been in the core of our planet. However, when measuring Earth gravity in the 1950s, these speculations were completely eliminated by the weight of the Earth's core too light. So where are those substances inside and inside the core of the Earth still a big question mark for all humans?