The scope of npj Quantum Information spans across all relevant disciplines, fields, approaches and levels and so considers outstanding work ranging from fundamental research to applications and technologies. Fields covered include, but are not limited to, quantum computing and quantum communication, including solid state and optical devices, superconducting circuits, atomic and ion trap systems, topological quantum computing, atomic defects in solids, hybrid quantum circuits, cavity quantum electrodynamics, superconducting resonators, optical cavities, mechanical systems, single photon sources and detectors, engineering approaches for scale-up, quantum metrology, quantum sensing, quantum control, quantum networks, quantum error correction, architectures and quantum algorithms.The journal hopes to develop and encourage the global exchange of ideas between physicists, computer scientists, material scientists, engineers, mathematicians and other researchers who are active at the frontiers of this diverse field.

npj量子信息的范圍跨越了所有相關學科、領域、方法和層次，因此考慮了從基礎研究到應用和技術的杰出工作。領域包括,但不限于,量子計算和量子通信,包括固體和光學設備,超導電路,原子和離子阱系統拓撲量子計算,原子在固體缺陷,混合量子電路、腔量子電動力學,超導諧振器,光學腔,機械系統,單光子源和探測器,為擴大工程方法,量子計量學,量子遙感、量子控制,量子網絡，量子誤差校正，體系結構和量子算法。該雜志希望發展和鼓勵物理學家、計算機科學家、材料科學家、工程師、數學家和其他活躍在這個多樣化領域前沿的研究人員之間的全球思想交流。