The structure, an interlocking form of graphite and diamond, has unique properties ... London's first female professor — and have a hexagonal crystal structure. These diamonds form only under ...

That's what a Stanford University group did to tackle a thorny quantum-information problem in diamond ... know exactly the underlying grain structure of crystal particles that are being studied.

Although crystal structure determination ... employs a novel dual-space algorithm to solve the phase problem for single-crystal reflection data expanded to the space group P1.

Diamonds are often regarded as a woman’s best friend, but these prized possessions could soon help in deep space exploration ... vacant site in the diamond’s crystal structure.

The explosive process through which these space ... diamond. Yet, there have been hints of research over the years that there are forms of diamond that appear to actually be harder than single ...

photonic crystal designs with complete bandgaps should incorporate these parameters. The symmetries of a periodic structure are characterized by its space group. Our technique is to ensure a ...

Specific defects in the diamond crystal lattice result in properties ... are point defects in the carbon lattice structure of diamond. The research group led by Professor Dmitry Budker uses ...

Toshikazu Sunada, of Japan's Meiji University, conducted a mathematical analysis of the crystal structure of diamond and found that it has certain special properties, especially in its symmetry.

The structure, an interlocking form of graphite and diamond, has unique properties that could one day be used to develop superfast charging or new types of electronics, researchers say.