
This paper presents a method for constructing fault-tolerant quantum circuits that can handle quantum inputs and outputs, a crucial step towards practical quantum communication and computation in the presence of noise.


coremsg

fault-tolerant-quantum-circuits-with-quantum-inputs-and-outputs


Fault-Tolerant Quantum Circuits with Quantum Inputs and Outputs


title_rewrite


This article proposes a novel architecture for fault-tolerant quantum computing that integrates window-based correlated decoding with constant-time logical gates, enabling efficient and scalable quantum computation for large-scale circuits, particularly on platforms like ion traps.


整合基於窗口的關聯解碼與恆定時間邏輯閘-以實現大規模量子計算


整合基於窗口的關聯解碼與恆定時間邏輯閘，以實現大規模量子計算



This research paper presents a novel approach to achieve fault-tolerant universal quantum computing without relying on mid-circuit measurements by combining code switching and code concatenation techniques.


measurement-free-fault-tolerant-universal-quantum-computing-using-code-switching-and-concatenation


Measurement-Free Fault-Tolerant Universal Quantum Computing Using Code Switching and Concatenation
