Molecular single-electronics
Currently our group is researching electron transport through small (5 nm) molecules. It will provide to create a new generation of elctronic devices. We need both good experimentalists and theorists, that want to work, to acheive this difficult goal.
Scanning electron microscope image of gold electrodes with a gap less than 2 nm (b,c). We made them in our lab by an accurate breaking of the nanowire (a) with high density current.The electrodes are ready for fixation and studying of a molecule.
Gold nanowire with width less than 25 nm prepared for accurate breaking (electromigration)
Molecular transistor based on a Scanning Tunnel Microscope tip (Laboratory of Cryoelectronics 1996)
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Vladislav V. Shorokhov
Associate Professor
Division of Atomic Physics, Plasma Physics, and MicroelectronicsE: This email address is being protected from spambots. You need JavaScript enabled to view it.P: (495) 939-59-35
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Sarkis A. Dagesyan
PhD Student, laboratore assistant
Division of Atomic Physics, Plasma Physics, and MicroelectronicsE: This email address is being protected from spambots. You need JavaScript enabled to view it.P: 8 (495) 939-59-35 -
Serafima Ryzhenkova
Student
Semiconductor divisionE: This email address is being protected from spambots. You need JavaScript enabled to view it.
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Andrey Popov
Student
Physics of semiconductors and cryoelectronics