Single-electron transistor, parameters and characteristics of which are fundamentally improve with decreasing of sizes of the elements it is created with, is a promising element of extremely small, molecular-scaled electronics. An atomic transistor consisting of a monatomic charge center inside a molecule connected with the source and the drain electrodes by aurophilic terminal groups of this molecule is the most promising version of such a transistor. However, the creation of a reliable technology for the manufacturing of such nanoelements is not yet completed and is a very urgent task. In this paper a version of such a molecular-atomic nanotransistor has been developed and implemented.
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