A new type of time crystal could represent a breakthrough in quantum physics. In a diamond zapped with lasers, physicists have created what they believe to be the first true example of a time ...

The time quasicrystals are made up of more than a million of these vacancies in the diamond. Each quasicrystal is roughly one micrometer (one-thousandth of a millimeter) across, which is too small to ...

Physicists have taken a gemstone better known for engagement rings and turned it into a laboratory for one of the strangest ideas in modern physics, a phase of matter that repeats in time instead of ...

Whenever scientists discover something new, we always wonder if the laws of physics are being broken or altered because most of these findings drift away from what we have always known about science ...

WashU physicists shine a microwave laser into a chunk of diamond to create a time quasicrystal, a new phase of matter that repeats precise patterns in time and space. Credit: WashU In a new and ...

WashU physicists shine a microwave laser into a chunk of diamond to create a time quasicrystal, a new phase of matter that repeats precise patterns in time and space. In their ongoing efforts to push ...

"The finding of a second naturally occurring quasicrystal confirms that these materials can form in nature and are stable over cosmic time scales," said Paul Steinhardt, Princeton's Albert Einstein ...

Superconductivity has been observed for the first time in a quasicrystal – a solid material with atoms that are arranged in an ordered pattern that does not have translational symmetry. Keisuke Kamiya ...