(May 19, 2016) Recently, scientists from the Moscow Institute of Physics and Technology (MIPT), the Institute of Physics and Technology RAS, and Tohoku University (Japan), have developed a new type of graphene-based transistor, whose modeling demonstrates that it has ultralow power consumption compared with other similar transistor devices. The newly proposed design was for a … [Read more...]
Self-Healable Electronic Material That Can Help Prevent Overheating
(May 16, 2016) A new, more durable electronic material has recently been created to repair itself and heal all its functionality even after breaking several times. Phys.org detailed, “Self-healable materials are those that, after withstanding physical deformation such as being cut in half, naturally repair themselves with little to no external influence.” “Researchers have … [Read more...]
Laptops May Start Producing Far Less Heat
(May 10, 2016) Massachusetts Institute of Technology’s postdoc Cui-Zu Chang and his colleagues have been “working to create devices with components which have little [to no] resistance to the flow of electricity” in laptops, according to TechRadar.com. Topological insulators, or, “exceptionally thin materials with special properties, which let electrons flow freely across the … [Read more...]
New Availability of Data Matrix Codes (DMCs)
Rogers has announced that they can add data matrix codes (DMCs) to a wide range of metalized substrates, including direct-bonded-copper and active-metal-brazed substrates. The codes can be “text or numeric in form and encoded by code-reading camera systems” and “are written on metalized surfaces by means of a thin oxide layer formed by an optical laser system,” said the … [Read more...]
New Material Cools Solar Cells Yet Absorbs Sunlight
Recently, researchers from Stanford University have achieved a combination of cooling and maintaining sunlight absorption with a wafer made of silica to better cool solar cells, according to BusinessWire.com. BusinessWire.com explained, “The researchers etched tapered holes, about 6 micrometers across and 10 micrometers deep, in the wafer. The holes are designed to smooth the … [Read more...]
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