Medicine & TechnologyA group of researchers have made significant progress towards the development of the quantum internet with the creation of a diamond-based device called microchiplet. Learn more about it in this article.
A new study suggests that diamond electronics could be more effective than silicon in operating high-voltage power grids. Learn more about it in this article.
A new technique was developed by a group of physicists where they enhanced the optical data storage capacity in diamonds. Read the article to find out more.
Diamond is considered as the hardest known material in the world, but scientists discovered new material that is stronger than this gem. Find out more about it in this article.
A white dwarf from a neighboring star system which undergoes crystallization process was detected by astronomers. Find out more about it in this article.
Scientists discovered a new way to form the rare lonsdaleite diamond that is produced when a dwarf planet and asteroid collide. Read the article to know the new method.
If the diamond factory does exist in the core-mantle boundary of Earth, it might explain the weird things in the mantle. Read on to find out more about this topic.
An international team of researchers has developed a way to create a paracrystalline diamond that retains its hardness but is less fragile than ordinary diamonds that are easily cut or smashed.
A group of scientists recently discovered for the first time a mineral inside a diamond taken from the depths of the earth. This find is a "rare glimpse" into the deep mantle.
Diamonds are known to be among the stiffest materials known to man. A new study finds a worthy competitor to the naturally-occurring cubic diamonds - in the form of lab-made hexagonal diamonds.
Most naturally-formed diamonds are from the Earth's mantle, generally understood to be formed as carbon is exposed to extreme temperature and pressure. A new study looks at the effects of a new parameter - electric fields - in the formation of these precious minerals.