Super Light
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Super Light
Although there are normally free quarks can be communicated to a magnetic horizon and isolated, with fields magetic. The typical form of the quark relationship is similar to water molecules but with a + / - 2 / 3 of cargo and two + / - 1 / 3 charged. The angle of 120 degrees is still valid. We know we can bind water molecules by hydrogen bonds, creating a surface resistance. The same applies to protons and electrons combine to make neutrons.
For some reason, modern physicists do not realize that the mass of a neutron is the sum of the mass of a proton and an electron. There is also a little strange to think that a particle has no charge or electrical properties. Even the light behaves like a radio wave. Daniel Nase was discovered in 1995 that the neutron is a proton and an electron bound. The equivalent hydrogen bonds in neutrons is called the weak nuclear force.
Quarks can also be artificially arranged in zig zag form of long strings or super diamond-shaped patterns, using the strong nuclear force to remain together instead of the weak nuclear force. This means that we can make large chunks of material composed of quarks, which are stronger than anything else in life - unless you have something smaller than quarks we can find ways engineering.
The sun does not use the strong nuclear force, so that these materials can be virtually indestructible and so light it would be weightless. Also impermiable radiation and subatomic particles. Applications materials are super important, ranging from bulletproof vests to the skin outside the spacecraft.
About the Author:
Email:
daniel.nase@gmail.com
Article Source: ArticlesBase.com - Super Materials And The Truth About Neutrons
Superlight no deja comer en paz a nadie
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