Innovative Concept Approach: Using Fiber Optic Nanotubes and Cross Intersections as a Pathways in Producing Quantum Chips (X Chips)

Currently, there exists a bottleneck in the design and manufacturing of semiconductor chips. As the dimensions and area of these chips decrease, their stability diminishes due to the physical limitations that emerge at the nanometer scale. The physical properties dictate that the smaller and thinner the chips become, the more susceptible they are to instability. In contrast, macroscopic physical entities tend to exhibit relatively stable characteristics. This phenomenon is governed by fundamental physical laws; consequently, as chips are scaled down to nanometer sizes, they inevitably become less stable. This instability is particularly attributable to the fact that the chips are constructed from polysilicon as the raw material and utilize electrons as the medium for signal transmission. Therefore, this article aims to utilize innovative methodological concepts to transform the approach to chip design and the diode fiberization of its chip, with the objective of achieving 0,1 quantum synchronicity. This advancement is intended to enable the realization of quantum chips and contribute to the industrial sector for the benefit of humanity.