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We investigate the correlations of mutual positions of charge density wavesnodes in side-by-side placed InAs nanowires in presence of a conductive atomicforce microscope tip served as a mobile gate at helium temperatures. Scanninggate microscopy scans demonstrate mutual correlation of positions of chargedensity waves nodes of two wires. A general mutual shift of the nodes positionsand "crystal lattice mismatch" defect were observed. These observationsdemonstrate the crucial role of Coulomb interaction in formation of chargedensity waves in InAs nanowires.

Correlations of mutual positions of charge density waves nodes in side-by-side placed InAs wires measured with scanning gate microscopy