Molecules are attractive to develop nano-electronic devices. In this paper a new type of transistor is realized by using self-organized films of the Guanosine molecule, a modified DNA base. With its 40 nm channel length the transistor is a good starting point for a new class of nano-electronics devices. Experimental current-voltage characteristics are shown. A circuital model is also proposed.
Transistors based on the Guanosine molecule (a DNA base)
D'AMICO, STEFANO;MARUCCIO, Giuseppe;VISCONTI, Paolo;CINGOLANI, Roberto;RINALDI, Rosaria;
2003-01-01
Abstract
Molecules are attractive to develop nano-electronic devices. In this paper a new type of transistor is realized by using self-organized films of the Guanosine molecule, a modified DNA base. With its 40 nm channel length the transistor is a good starting point for a new class of nano-electronics devices. Experimental current-voltage characteristics are shown. A circuital model is also proposed.File in questo prodotto:
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