... silicon and germanium—are a hot research topic because practical, high-performance organic semiconductors ... parameters close to the benchmark set by amorphous silicon semiconductors, but they are very difficult to deposit in a stable ...
Since the invention of the transistor, silicon semiconductors have been king. But now silicon-based transistors are nearing the limit of their potential. Excess heat and manufacturing ...
Since the invention of the transistor, silicon semiconductors have been king. But now silicon-based transistors are nearing the limit of their potential. Excess heat and manufacturing ...
... " electronics components such as metal wires or silicon semiconductors. And just as the semiconductor industry is actively developing smaller and smaller transistors, so, too, are those involved ...
... logic that is based on the motion and storage of electrons in a silicon semiconductor. New designs could take advantage of the additional capacities offered by the quantum spin of the electrons ...
... on the positive or negative charge of an electron buried in a silicon semiconductor. New designs could take advantage of a rich set of possibilities offered by the quantum spin ...
... San Diego circuit is unique in that it uses standard silicon semiconductor technology, while today's security ... imagers around. The big difference is that we are using a commercial silicon semiconductor process technology while other systems ...
... the physical limit. By using molecular materials instead of silicon semiconductor, we could one day build transistors that are ten times smaller than what currently exists." The chips ...
... hot electrons from traditional silicon semiconductors have not succeeded. However, when semiconductors are constructed in small pieces ... demonstrated that quantum dots—made not of silicon but of another semiconductor called lead selenide -- could indeed ...
... ,000 electrons in phosphorus atoms embedded in a silicon semiconductor. The new study puts together nuclear storage of data with an electrical readout of that data ...
... their creation of room-temperature, spintronic transistors on a silicon semiconductor this month in the journal Applied Physics ... to travel from one nickel-iron electrode through the silicon semiconductor to another nickel-iron electrode ...
... to the lead selenide nanowires. By controlling the exposure of the semiconductor nanowire device to oxygen or the chemical hydrazine ... , they have a wider range of functionality, unlike traditional silicon semiconductors, which must first be "doped" with other elements ...
Researchers have demonstrated that spin accumulation in silicon -- semiconductor spintronics -- is viable as a basis for practical devices relying on electron spin rather than electron ...
... panel composed of nano-antennas instead of silicon semiconductors. They say that through the use of these antennas, a much higher conversion rate from light into usable energy can be achieved ...
... -developed films and wires of this particular kind of silicon semiconductor, will help scientists to make more-efficient and more-flexible optical fibers. The findings, by an international team ...
