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What is the most difficult substance on earth

What is the most difficult chemical in the World?

When we are talking about the most powerful substance in the world We tend to focus on diamond. However, the answer to this question is not quite as straightforward as it seems. Also, we need to consider boron nanotubes as well as carbon nitride. While they appear similar to diamonds, their structure is quite different. They are more durable than diamond and are more stable chemically in high temperatures.


Due to the unique molecular structure of diamond, diamond is among the hardest materials on earth. The covalent bond that joins carbon atoms in diamond runs through space makes diamond the most powerful substance on earth. This bond is extremely strong and keeps any free electrons from exiting the diamond. Diamond is a very hard material which is used to sharpen edges.

Diamond is the hardest material on Earth, but there are many harder substances. Cubic boron Nitride is the second hardest substance, with the Vickers hardness of 50 GPa. It was initially thought to be more hard than diamond, however this conclusion was based on the results of theoretical simulations. However, cubic boron nitride is not available in nature and is extremely rare.

If a substance is exposed to extreme heat and pressure it will become more difficult. Diamond is among the most durable substances on the planet, however there is no other substance that has experienced this amount of pressure and temperatures. Its beauty is unique, and many feel that no other material can rival it.

Carbon nanotubes

Carbon nanotubes are composed of carbon atoms, which are put together in a small area. A length vector, w is used to identify the size of the nanotube. The angle a between directions between u and w is 60 degrees clockwise.

Carbon nanotubes are semiconducting and metallic properties. Their electrical conductivity ranges from zero to 2 electronvolts. Spectroscopy is a method to determine the material's structure as well as non-tubular carbon. This method is employed to determine the structure of carbon nanotubes and also to determine their quality.

Carbon nanotubes are extremely tough. Their tensile force is similar to steel which is among the most durable materials. In fact, researchers have been able to stretch carbon nanotubes for more than fourteen percent of their initial length, which far exceeds previous reports. These results set a new lower limit for carbon nanotubes' ultimate strength.tongruncms

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