One way of creating a time crystal is to knock some of the carbon atoms out of the crystal lattice of diamond, creating what ...

Physicists at Washington University have forged ahead in the field of quantum mechanics by creating a new phase of matter ...

Physicists have long been fascinated by the concept of symmetry breaking, a fundamental principle in physical sciences that ...

Now, the team believes that because time crystals and quasicrystals are sensitive to quantum forces like magnetism, they could serve as long-lasting quantum sensors that never need recharging. This, ...

Quantum physicists have created a new phase of matter inside a diamond. Their new "time quasicrystal" is special as it is ...

Time crystals are like a clock that never needs winding or batteries. “In theory, it should be able to go on forever,” Zu said. In practice, time crystals are fragile and sensitive to the environment.

Physicists at Washington University in St. Louis have achieved a remarkable scientific milestone: they’ve created a “time ...

Japanese scientists have created diamond quantum sensors that can monitor EV batteries with great precision to help improve ...

Diamond-based electronics also operate well at higher voltages for power conditioning, where the power coming into the device ...

The resulting diamond has a hexagonal lattice crystal structure, rather than the normal cubic structure. Hexagonal diamond (or lonsdaleite) was first brought to the attention of scientists more than ...

A research team has successfully fabricated large-area (111)-orientated diamond crystal substrates on heterogeneous (non-diamond) substrates, demonstrating the potential for industrialization of ...