The hardest material in the universe

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Kimmo Huosionmaa

The materials of the future are probably carbon base ultra hard materials, which structure is like pyramids. This shape of the material molecules makes the material act that those pyramids will be locked to the form, and they will make the material resist the pressure on the surface.

Another way is to make the nanotechnical material what have two surfaces, and between those surfaces in the form of atoms, what looks like bows, and that kind of structure will make that the material will push back if something hits it. Those materials are made with the ion cannons, what can put the atoms precise the right place of the structure. Those atoms might be pure carbon, or that material can be the product in the special chemical environment, there is no oxygen at all, and the temperature and mixture of the gas combination are controlled very sharp because that chemical environment must be under full control during all the process.

When we are looking for the material of the future, we are facing the ultimate material, what is so hard, that nothing can harm it. This material bases the structure of grid, what makes metals very tough. In theory, we could make the grid by neutrons, and that structure exists in the neutron stars. Theoretically, we could make the neutron-grid or model of the structure of the diamond by the neutrons, if we would have the very advanced ion-based technology, we could shoot the neutrons in the form, what we want.

And that would be the route to make the hardest material in the universe. In those structures, the carbon or metal atoms are replaced by the neutrons. The point of the neutrons is that they have poles, and that’s why they could move with the electric fields, and that might make possible to create the same material, what makes the neutron star. This neutron material would be so hard, that even the black holes can't break it. But the production of that material is far of the future. That material could revolutionize everything, what we think about construction and technology. If we can get very advanced ion-cannon technology, we could cover the surfaces with this material, what is very hard, but same time very thin.

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