Bored on duty, bubbling. Let's talk about chemical elements and physical synthesis. Science knows Mendeleev's periodic table. Elements are categorical indexes, with elements ranging from 1st to 11th

Bored on duty, bubbling. Let's talk about chemical elements and physical synthesis.

Science knows Mendeleev's periodic table. Elements are species indexes, elements from 1 to 118, and in microchemistry there is also element 0. Among them, there are elements that exist in the body of nature, and there are also synthetic elements.

But no matter what elements are related to the physical synthesis of microphysics, even to the most basic physical synthesis of the universe. The synthesis of physical particles indirectly reflects the evolutionary history of planets and stars in the universe.

For example, the formation of the earliest hydrogen element is the process of countless nuclear fusion and fission. This was mainly embodied in Ruthof's α particle bombardment experiments when it was confirmed. For example, when bombarding the H nucleus, in addition to the nucleus, another particle, that is, a neutron, will be released in different bombardment orbits outside the nucleus. Einstein mass energy E≈Mσ∧2 is followed throughout the process. This is also the prototype of nuclear fission, the process of releasing energy. Then its opposite direction is the element species, that is, the formation process of the atomic nucleus.

So the formation of the universe is a cooling process. A planet like the Sun, which is neither solid nor liquid and gaseous, but plasma. The nuclear transformation process of plasma at every moment releases energy in the form of electromagnetic waves, which is verified in physics with the wave-particle duality of electromagnetic waves. It is this physical principle that we have synthesized in the laboratory plasma emitters, which are our artificial small suns. This breakthrough in physics has moved to the top of the world in physics.

We know that elements exist in nature, from element 1 to element 56 iron. The formation of elements after element 56 is related to the physical formation of the total.

For example, Russian scientists synthesized element 118, but the half-life of this element is extreme, only 181 seconds. It is synthesized using calcium 40 and Op78. Understanding this knowledge will surely lead us to the top of the nuclear synthesis in the future.

The tendentious elements of the earth itself have iron, silver, and gold as their final ends. The synthesis of these elements comes from nuclear reactions in the Earth's interior. From the core material to the mantle material to the crustal material, it is arranged in an inverted order from gold, silver and iron.

Then we can understand that the Himalayas are so rich in iron ore, because there used to be the bottom of the ocean. Another example is why South Africa is the country with the largest gold reserves in the world, because South Africa, Zimbabwe and other countries are adjacent to the Great Rift Valley of East Africa, and the fault layer of the Atlantic Continental Plate and the Australian Plate.

Talk far away. This knowledge of physical chemistry is worth our efforts to explore.

Bubble up, anyway, I feel better than talking about gossip and entertainment.