All-liquid quantum tunneling effect device and manufacturing method thereof

Abstract

The present invention proposes an all-liquid quantum tunneling effect device, comprising more than two liquid metal droplets as electric conductors, a container carrying liquid metal droplets, an insulating or semi-insulating liquid for separating each liquid metal droplet, and an electrode; the size of the liquid metal droplet is 0.1nm-20cm. The invention also proposes a preparation method of an all-liquid quantum tunneling effect device. This all-liquid quantum tunneling effect device has changed the existing concept and technical category of the existing solid quantum tunneling effect device, and for the first time provided a device with a new concept of an all-liquid quantum tunneling effect device, introducing a unique conductive liquid The deformable properties and good bonding of both metals and conventional liquids as insulating or semi-insulating materials extend the scope of conventional quantum devices. It can be a shape-adaptive combination of various structures, and the type of liquid metal and the concentration of the solution can be adjusted, so it can reflect more complex quantum tunneling behavior.

Description

technical field [0001] The invention belongs to the field of electrical devices, and in particular relates to a device with quantum tunneling effect and a preparation method thereof. Background technique [0002] It is known in the field of electricity that if there is a vacuum or insulation or semi-insulator between two metals (or semiconductors, superconductors), electrons generally cannot pass through from one side of the metal to the other. At this time, the insulating or semi-insulating layer For electrons, it is a barrier, or potential well. However, when the thickness of the electrically insulating or semi-insulating layer is equivalent to the de Broglie wavelength, electrons can tunnel through the thin electrically insulating or semi-insulating layer. The tunneling effect (Quantum tunneling effect), also known as the Josephson effect, enables microscopic particles such as electrons to pass through an electrically insulating or semi-insulating "wall" that could not o...

AI Technical Summary

Problems solved by technology

[0006] Based on the above technical background, in order to overcome the limitations of the natural rigid body structure of existing quantum tunneling effect devices and change the current situation that traditional devices cannot self-adaptively adjust their own structure and deformation, the purpose of the present invention is to introduce liquid metal conductors and non-conductive materials for the first time. The technical concept of liquid provides an all-liquid quantum tunneling effect device with the help of its mutual structural coupling. By applying force to liquid metal conductors and non-conductive liquids, a deformable quantum tunneling effect with broad-spectrum characteristics can be obtained. Devices, thus realizing a wider application of intelligent quantum devices beyond the traditional solid concept, such as high-performance quantum storage, computing and even intelligent bionic devices, etc.

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