How Element zero bond with other
Element Zero is a special kind of element that can bond with both metals and non-metals due to its unique arrangements in protons and neutrons.
Bonding with metals
In normal, solid state, it is really hard for Element Zero to bond with metals, as it requires positive electrical attachment. Therefore, scientists combine metals and Element Zero together by using the similar idea as making alloys. They melt metals, usually Titanium and Aluminum, along with Element Zero, which requires melting point as 230.6℃ without electrical attachment, and mix them together. After the mixture cools down, it can be used to manufacture other products. However, Element Zero and other metals are not really bonding with each other at this stage, as it still needs some “catalysts” to start the reaction. The catalysts would be electricity. When the mixture is attached to the positive electrical current, a temporary bond is formed between metals and Element Zero because of its dark energy formed. Scientists found that when Element Zero bonded with other metals, it makes the mixture even 100,000 times harder than diamonds.
Bonding with non-metals
Due to the special structure of Element Zero, Element Zero can not only bond with metals, but also bond with non-metals. The isoelectronims of Element Zero can form covalent bonds with non-metals, which makes it act like a non-metal. Also, the electronegativity of Element Zero is really close to zero, so permanent dipoles will form when it is bonding with other non-metals, which creates dipole-dipole forces.