Superconductor single-flux-quantum (SFQ) logic family has been recognized as a highly
promising solution for the post-Moore's era, thanks to its ultra-fast and low-power switching …

Quantum processors have the potential to accelerate specific computing tasks but are
difficult to scale up due to engineering limitations, such as the number of available cables …

Abstract Half-flux-quantum (HFQ) circuits are based on 0–π superconducting quantum
interference devices (SQUIDs) and is one of the energy-efficient superconductor digital …

Magnetic flux quantization in superconductors allows the implementation of fast and energy-
efficient digital superconducting circuits. However, information representation in magnetic …

We report low-power single-flux-quantum (SFQ) circuits fabricated with a lowered critical
current density process and low-voltage design. We selected 250 A/cm to obtain 2–10 μA …

We describe our process for fabricating single-flux-quantum circuits for applications in
communications metrology, advanced computing, and quantum information. The process …

The transition to Josephson digital circuits with the representation of information in the form
of phase jumps of the superconducting order parameter on heterostructures promises a …

10+ K qubit quantum computer is essential to achieve a true sense of quantum supremacy.
With the recent effort towards the large-scale quantum computer, architects have revealed …

We demonstrate the functioning of a high-throughput, gate-level-pipelined floating-point
adder and multiplier over 50 GHz. The gate-level-pipelined floating-point adder and …

从2019 年5 月20 日起, 新国际单位制(international system of units, SI) 在全世界正式启用.
在新的单位体系下, 7 个SI 基本单位首次实现了全部采用基于基本物理常数的定义 …