Shanxian Chemical
SUPPLEMENTS
Hydrogen No Neutrons Reason
The reason why hydrogen has no neutrons
Hydrogen is the first of the elements. It has no neutrons, so there is no reason to cover it.
From the structure of the atom, the atom has the nucleus as the middle, and the electron ring. For the nucleus, protons and neutrons gather. However, the nucleus of hydrogen has only protons and no neutrons.
Investigate the reason. At the beginning of the universe, at the beginning of the primordial times, vitality began to divide, and leptons and quarks first appeared. Not long after, quarks combined to form protons and neutrons. When it was, the temperature was extremely high, the energy was extremely high, and the particles moved rapidly. After the universe gradually cooled, the particles fused, and protons and neutrons also wanted to form nuclei. However, the formation of hydrogen is a unique opportunity. The proton of hydrogen, in the early universe environment, existed in the simplest state, without neutrons to combine with it.
It is deduced from the principle of energy that the stability of the atomic nucleus is related to the number and interaction of protons and neutrons. The proton of hydrogen, in its own energy state, exists alone and is safe, without neutrons to help it stabilize. If neutrons are imposed, or energy imbalance is caused, it will be unstable. Hydrogen, in the state of no neutrons, has existed between heaven and earth for hundreds of millions of years, forming the foundation of all things, and is of great use in chemistry and physics.
Hydrogen is the first of the elements. It has no neutrons, so there is no reason to cover it.
From the structure of the atom, the atom has the nucleus as the middle, and the electron ring. For the nucleus, protons and neutrons gather. However, the nucleus of hydrogen has only protons and no neutrons.
Investigate the reason. At the beginning of the universe, at the beginning of the primordial times, vitality began to divide, and leptons and quarks first appeared. Not long after, quarks combined to form protons and neutrons. When it was, the temperature was extremely high, the energy was extremely high, and the particles moved rapidly. After the universe gradually cooled, the particles fused, and protons and neutrons also wanted to form nuclei. However, the formation of hydrogen is a unique opportunity. The proton of hydrogen, in the early universe environment, existed in the simplest state, without neutrons to combine with it.
It is deduced from the principle of energy that the stability of the atomic nucleus is related to the number and interaction of protons and neutrons. The proton of hydrogen, in its own energy state, exists alone and is safe, without neutrons to help it stabilize. If neutrons are imposed, or energy imbalance is caused, it will be unstable. Hydrogen, in the state of no neutrons, has existed between heaven and earth for hundreds of millions of years, forming the foundation of all things, and is of great use in chemistry and physics.
Scan to WhatsApp
