We report our studies of zero-frequency shot noise in tunneling through a parallel-coupled quantum dot interferometer by employing number-resolved quantum rate equations. We show that the combination of quantum interf...We report our studies of zero-frequency shot noise in tunneling through a parallel-coupled quantum dot interferometer by employing number-resolved quantum rate equations. We show that the combination of quantum interference effect between two pathways and strong Coulomb repulsion could result in a giant Fano factor, which is controllable by tuning the enclosed magnetic flux.展开更多
China Nonferrous Metal Co.,Ltd.(SZ:000758)announced on August 2nd that the company will form a joint venture named China Nonferrous Metal South Rare Earth(Xinfeng)Co.,Ltd.,partnering
基金The project supported by National Natural Science Foundation of China,the Shanghai Municipal Commission of Science and Technology,the Shanghai Pujiang Programsupported by the DURINT Program administered by the US Army Research Office
文摘We report our studies of zero-frequency shot noise in tunneling through a parallel-coupled quantum dot interferometer by employing number-resolved quantum rate equations. We show that the combination of quantum interference effect between two pathways and strong Coulomb repulsion could result in a giant Fano factor, which is controllable by tuning the enclosed magnetic flux.
文摘China Nonferrous Metal Co.,Ltd.(SZ:000758)announced on August 2nd that the company will form a joint venture named China Nonferrous Metal South Rare Earth(Xinfeng)Co.,Ltd.,partnering
