Collaborate Disseminate
High-powered lasers have a hand in everything from manufacturing to deep space communications, and the ongoing development of more powerful versions calls for a rethink on the components responsible for steering their beams of light. This has a team of… Continue reading Diamond mirror withstands lasers powerful enough to burn through steel
Researchers in Japan have developed a new method for making 5-cm (2-in) wafers of diamond that could be used for quantum memory. The ultra-high purity of the diamond allows it to store a staggering amount of data – the equivalent of one billion Blu-Ray… Continue reading Two-inch diamond wafers could store a billion Blu-Ray’s worth of data
Researchers at Carnegie Science have developed an ultrahard diamond glass. Made entirely of crushed “soccerballs” of carbon, the new material also has high thermal conductivity and could find use in electronics.Continue ReadingCategory: Materials, Scie… Continue reading Ultrahard diamond glass made by crushing buckyballs
Material scientists in China experimenting with carbon in its many forms have conjured up a form of glass so hard that it can scratch the surface of a diamond. As reported by the South China Morning Post, the transparent material is also incredibly str… Continue reading World’s strongest glass can scratch the surface of a diamond
Researchers at Rice University have developed a way to turn carbon from a variety of sources straight into useful forms such as graphene or diamond. The technique uses a “flash” of electricity to heat the carbon, converting it into a final form that’s … Continue reading New method converts carbon into graphene or diamond in a flash
Geologists have studied tiny pockets of fluids trapped inside diamonds to get a better understanding of how old humanity’s favorite rocks might be. In doing so, they identified three distinct periods of diamond formation in Africa over the past few bil… Continue reading Diamond liquid impurities provide new insights into ancient Earth
Carbon comes in many different structures, most famously graphite and diamond. Other forms were predicted to exist at extremely high pressures, but now researchers have examined carbon under the highest pressure ever studied in the lab, and found that … Continue reading Diamond stays strong under highest pressure ever achieved in the lab
Randomization may seem simple, but there’s basically no such thing in classical physics – pretty much everything could be theoretically predicted if you had enough information. For true randomization you need to turn to the spooky world of quantum phys… Continue reading Diamond laser taps into spooky quantum world for true randomization
Randomization may seem simple, but there’s basically no such thing in classical physics – pretty much everything could be theoretically predicted if you had enough information. For true randomization you need to turn to the spooky world of quantum phys… Continue reading Diamond laser taps into spooky quantum world for true randomization
Diamond is a famously hard material, but now scientists at City University of Hong Kong have managed to stretch it further than ever before. Why? Stretching nanoscale samples changes their electronic and optical properties, which could open up a new wo… Continue reading Scientists stretch diamond to improve its electronic properties