Abstract:  This article appears the fundamental physics design of an impedance-matched control 50Ω niobium (Nb) surface acoustic waves electromechanical nanoresonator operating at an isolated large chip scale 5 x 5 nm gigahertz (GHz) microwave applied power field in silicon, gallium arsenide (GaAs), and lithium niobate (LiNbO3) electronics host. The measured surface acoustic waves-form is nuclear exists inside an operating size material; it only detectable via observe visible frequency attenuation range of an experiment spectroscopy and interferometry GHz works. This research findings indicate no matter the quantum computing generation function and their subscribed physics (e.g. resonator, circuit, processor) would be, the platform determines overwhelmingly the structure and rate for one of its quantum information computing coherences reaching.

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