Diamond is known as the hardest natural substance on Earth, but is there a rock stronger than diamond? The answer is yes, and it's called wurtzite boron nitride.
Wurtzite boron nitride (WBn) is a synthetic material that was first created in a laboratory in 2009. It is made up of boron and nitrogen atoms arranged in a crystal lattice structure, similar to diamond. However, the arrangement of atoms in WBn is different from that of diamond, which makes it even stronger.
WBn has a hardness value of 58-62 GPa (gigapascals), which is higher than diamond's hardness value of 50-60 GPa. This means that WBn is more resistant to scratches and wear than diamond. In addition, WBn has a higher thermal conductivity than diamond, which makes it more resistant to heat.
WBn has many potential applications in industries such as aerospace, defense, and electronics. It could be used to make stronger and more durable cutting tools, armor, and heat sinks. It could also be used in electronic devices that require high thermal conductivity.
In conclusion, wurtzite boron nitride is a synthetic material that is stronger than diamond. Its unique crystal lattice structure and high hardness value make it a promising material for various industrial applications. As technology advances, we may discover even stronger materials that could surpass WBn in strength and durability.