The Carbon Atom Model Atomic Structure and Diamond Picture

As H₂ hydrogen atoms combine to make more complex atoms, six H₂ atoms make a carbon atom model. Intelligent Design suppositions derived a picture of a carbon atom (left) that is like the boron atom, with a sixth H₂ hydrogen atom attached to the underside in this Intelligent Design theory picture of the carbon atom. Pure carbon crystals are diamond crystals, which are octahedrons in shape, the same shape as this single carbon atom. The Oppenheimer Diamond crystal (right) is at the Museum of Natural History, Mineral Science, Smithsonian Institution, minsciweb@volcano.si.edu, photo by Chip Clark. This picture of the carbon atom and the picture of the beryllium atom model and structure and beryllium crystal tend to confirm that my structure of the atoms is essentially correct.

What does a carbon atom look like? Intelligent Design Theory shows that the carbon atom model looks like the atomic structure of a diamond crystal. A picture of a crystal diamonds and an atom of carbon atom are both eight-sided, or octahedron in shape. This is nothing like the Bohr atom model that does not follow a single principle of atomic theory and electron proton physics. Scientifically proven atomic theory of electrons and protons, H₂ hydrogen atoms combine due to their electronic charges to make carbon. Carbon is same as the boron element atom model, with one more H₂ hydrogen atom attached to it. This may explain graphite and buckyballs. See Related Links. The structure of the boron atom compared to the carbon atom model explains why boron is an excellent neutron shield, absorbing neutrons, and with the addition of an electron converts to the carbon atom. Six H₂ hydrogen atoms stacked together so that their charges satisfy one another make an atom of carbon that looks exactly like a diamond crystal.