Quantum materials exhibit remarkable emergent properties when they are excited by external sources. However, these excited ...

The weave produces a pattern of hexagons surrounded by triangles and vice-versa. The arrangement of the atoms in Kagome metals reproduces the weaving pattern. This characteristic causes electrons ...

Csáthy's group discovered that hydrostatic pressure, which is 10,000 times stronger than ambient pressure, compresses the lattice of atoms in a semiconductor and, therefore, influences the electron ...

As they have reported in Angewandte Chemie, it seems that the lead's "electron shield" is the main culprit. Lead does the most damage to the nervous system, kidneys, liver, brain, and blood.

Scientists at the SLAC National Accelerator Laboratory in California have discovered a surprising 3D arrangement of electrons ... and perhaps eventually lead to superconductors that operate ...

As they have reported in "Angewandte Chemie," it seems that the lead's "electron shield" is the main culprit. It has been speculated that lead poisoning may have played a role in the fall of the ...

A collaborative team is attempting to combine electro-optical physics and a silicon MEMS structure to create a chip-size electron accelerator, in contrast to the mile-long versions in use today.

However, for many years, scientists failed to produce visuals of the Wigner crystal, because every time they tried, the STM tip ended up disturbing the electron arrangement. The LBL team figured ...

Vaishnav and Clark’s proposal begins with an atom—rubidium-87 is an example—that has a ‘tripod’ arrangement of electron energy levels, consisting of one higher energy level above three ...

One such state, first proposed by Nobel laureate Eugene Wigner, is the Wigner crystal—a structured electron arrangement caused by their mutual repulsion. Although widely theorized, experimental ...