Diamond is well-known for being the hardest natural material on Earth, though synthetic forms have been developed that are ...

Researchers developed a numerical simulation technique for light wave interactions in triangular-lattice PCSELs, enhancing performance and design scalability.

From integrated photonics to quantum information science, the ability to control light with electric fields—a phenomenon ...

Explore how YBCO superconductors are revolutionizing materials science with new 3D printing techniques developed by ...

Rubidium could be the next key player in oxide-ion conductors. Researchers at the Institute of Science Tokyo have discovered ...

This groundbreaking technique, which involves manipulating crystal lattice structures on ultrafast timescales, could revolutionize applications in ultrafast memory devices and optoelectronics, ...

Researchers from Japan and Taiwan reveal for the first time that helium, usually considered chemically inert, can bond with ...

High-pressure experiments generated the first direct observation of plastic ice, which has qualities of both crystalline ice and liquid water.

“By using cutting-edge atomistic modeling, we found that placing scandium atoms in a regular array along a specific crystal ...

Explore the new material that transforms from solid to liquid on demand, revolutionizing technology in various fields.

We conduct our assessment by comparing free energy differences between crystal supercells of different sizes and temperatures and assessing the accuracy in extrapolating lattice free energies to the ...

Diamonds are forever, but how about helium? The diamond anvil crushed iron and helium together under conditions mimicking ...