Figure 3 – Model of a diamond structure superimposed on the artificial diamond structure (as in Figure 1). The red spheres indicate the atoms in the crystal lattice of diamond or silicon; the grey ...

Researchers at the University of California, Riverside, have uncovered how to manipulate electrical flow through crystalline ...

Silicon, a semi-metal, bonds in its natural form with four other elements and its three-dimensional structure takes the form of a tetrahedron. For a long time, it seemed impossible to achieve the ...

Silicon that has an ordered atomic structure. It is used in almost all integrated circuits in the electronics industry. Fabricated from quartzite, a pure form of sand, the quartzite is treated ...

The configurational energy gap between amorphous and crystalline silicon. Physica Status Solidi (RRL) - Rapid Research Letters , 2011; 5 (10-11): 361 DOI: 10.1002/pssr.201105333 Cite This Page : ...

“Indium oxide contains oxygen-vacancy defects, which facilitate carrier scattering and thus lower device stability,” says ...

By building the silicon quantum devices in Princeton's Quantum Device Nanofabrication Laboratory, the researchers were able to keep the spins coherent — that is, in their quantum states — for ...

Amorphous and crystalline silicon have different electronic and optical properties, and this makes them suitable for different applications. Sheets of amorphous silicon are easier and cheaper to make ...

Silicon is a primordial element, created during the Big Bang or by nuclear fusion during a supernova. It's the eighth most abundant element in the observable Universe, but the third most abundant on ...

Silicon nanocrystals glowing in front of the solid-state nuclear magnetic resonance spectrometer used to illuminate their unique layered structure. Credit: Haoyang (Emmett) Yu ...