appease with me for a second here : Imagine a chip that can transport electrons while control the way they are rotating . OK , bury about this . I do n’t really know what I ’m talking about . They do :
We study exclusive - parametric quantity quantized charge pumping via a semiconducting material quantum dot in eminent magnetic field . The quantum dot is defined between two top gates in an AlGaAs / GaAs heterostructure . diligence of an oscillating voltage to one of the William Henry Gates leads to pumped current plateaus in the gate characteristic , corresponding to assure transfer of integer multiples of electrons per cycle . In a vertical - to - planer magnetic field the plateau become more pronounced betoken an better current quantization . Current quantisation is support up to magnetic field where full whirl polarisation of the equipment can be expected .
See what I mean ? Here ’s the translation : By using the electrons whirl , you may enthrall more information faster and using less energy than with normal chips , which just drive electron . The invention could lead to the evolution of “ spintronics ” , which some multitude postulate as the future of information engineering .
Hmm . hunky-dory , translation 2 : Electron spins . Faster computers . Less exponent . Cool kickassery . [ AIPviaNanowerk ]
electronsScience
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