scientist have developed a unexampled character of semiconductor structure — using microscopic quartz calledmagnetic quantum dot — that could more than double current concentrated drive storage capacity . That ’s just for appetiser .
The quartz themselves are n’t new ; they ’ve been around for over a decade in computer chips , solar cells , and LEDs , according toCBC News . This finical software , though , is unprecedented :
The young work , cover today in the journal Nature Materials , describes a grade ofquantum dotsthat not only control electrons , but also have good magnetic dimension allowing them to translate the negatron ’s spin .
The research team claims it ’s the first successful synthesis of magnetized quantum dots above room temperature .
The discovery come after two year of research , when the team was able to get the correct concentration of manganese combine with the germanium ground substance of the quantum dot . Makes perfect horse sense ! But however gamey - grade the science , the end result is cleared : a new breed of semiconductor could be on the elbow room , bringing with it speed , efficiency , and repositing increases surround on the exponential . The only question now is how farsighted ? [ CBC News ]
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