Macroscopic quantum phenomena under conditions of deposition of DNA oligonucleotides into the edge channels of a silicon nanosandwich structure

The role of DNA oligonucleotides in the quantum transport of carriers using the edge channels of a silicon nanosandwich structure has been studied. Macroscopic quantum effects were discovered within the framework of a quantum analogue of the Faraday electromagnetic induction effect, demonstrating the interconnection of the characteristics of quantum interference occurring in edge channels involving a biomolecule. In particular, the fractal nature of quantum interference was demonstrated in the dependences of the longitudinal and transverse conductivity ladders of a nanosandwich structure under conditions of DNA oligonucleotide deposition on the surface of edge channels.