Future diamonds or crash researchers create similar crystals

According to foreign media reports, the latest research from Stanford University seems to have confirmed that graphene can be used to make diamonds. Graphene is a monoatomic-thickness film-like crystal in which carbon atoms are bonded to each other, and it is completely flat. It can be considered as a two-dimensional diamond because diamonds basically have the same structure and composition, the only difference being that diamonds are three-dimensional crystals.


Diamonds are valuable decorations for their exquisite appearance

Diamonds became fascinating jewellery decades ago because of its sparkling and completely transparent appearance that made it extremely decorative. At present, only a slow and steady natural force can create an atomic lattice structure like diamonds. Diamonds are also widely used in the industrial field because of their hardness and conductivity.

The purpose of this study at Stanford University was to observe the electronic effects of graphene to confirm whether it could be a more efficient transistor material. However, the researchers found in the experiment that the oxidation caused the graphene crystals to fuse with each other and eventually combine with the underlying platinum substrate. This test finally produced a diamond-like film on a platinum substrate.


Graphene can be viewed as a two-dimensional diamond because it is the same composition and composition as a diamond

The next step in the study will test whether the diamonds in the lab have a true diamond configuration. Although production of graphene is still in its infancy, research is progressing rapidly and new manufacturing methods are being tested every day. Methods similar to this kind of test are also very common, they provide us with various possible applications of graphene.

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