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一种拓扑保护的量子隐形传态全链路工程方法及其系统

Resumen de: CN123019890A

本发明公开了一种拓扑保护的量子隐形传态全链路工程方法及其系统。所述方法包括：以复投影权重对数为物理正则化约束项筛选拓扑材料；根据拓扑相图公式确定器件最优结构参数并制造拓扑保护器件；根据稳定性判据实时监测并维持系统稳定性；在拓扑保护条件下执行量子隐形传态；以拓扑保护带宽为统一标定基准进行闭环反馈控制。本发明首次将拓扑材料筛选、拓扑保护器件制造、拓扑稳定性控制和量子隐形传态协议执行整合为统一的技术链条，实现了从理论设计到工程实施的全链路闭环控制。

基于涡旋配对-拓扑荷归零的二维自旋场仿真建模方法

Resumen de: CN123013683A

本发明公开了一种基于涡旋配对‑拓扑荷归零的二维自旋场仿真建模方法及系统，属于量子仿真与计算物理技术领域。本发明将二维自旋系统的自旋构型映射为素数谱流形上的涡旋分布，以总拓扑荷归零条件作为仿真过程的全局物理约束，引导系统在约束优化中快速收敛到满足有限能量边界条件的基态构型。本发明可避免局部极小值陷阱，加速收敛 2‑5 倍，适用于海森堡模型、Skyrmion 模拟、量子磁性材料仿真等场景，可与拓扑量子计算硬件协同工作。

一种拓扑光量子Hopfield网络及自适应调控方法

Resumen de: CN123014048A

本发明公开了一种拓扑光量子Hopfield网络及自适应调控方法，属于光量子计算与拓扑光子学交叉技术领域。系统部署于集成光量子芯片，核心包括可编程多光子干涉网络、可重构拓扑保护波导阵列与协同控制器。本发明构建记忆编码相位矩阵‑泵浦调控参数矩阵‑拓扑波导配置矩阵的三元协同调控架构，通过临界态识别函数主动判定预热化临界态，辅以微弱相干脉冲触发光子相变，实现拓扑保护下的可编程联想记忆计算。本发明单次联想计算能耗低至0.85fJ/bit，实验条件下临界态触发成功率可达100%，环境鲁棒性较传统开环方案提升两个数量级，可广泛应用于光量子AI加速器、超低功耗边缘计算、存算一体芯片等场景。

冷原子量子门多束窄线宽激光同步相位锁定电控系统

Resumen de: CN123010492A

本发明公开了一种冷原子量子门多束窄线宽激光同步相位锁定电控系统，涉及激光器技术领域。通过全局同步主控模块产生同源时钟并建立统一时序基准，结合多路同步调制信号输出模块、跨激光器相位差实时提取模块、全局统一反馈校准模块以及多路激光驱动锁频模块，构建基于统一时钟源的全数字多通道闭环相位同步控制架构。该系统通过同步采集各路待锁激光与参考激光形成的拍频检测信号，实时解算相对相位偏移量，并根据相位误差生成补偿控制量，对各路窄线宽激光进行动态相位校准。本发明实现了多路激光时序同步、相位检测及闭环补偿一体化控制，降低了动态相位漂移，提高了多束窄线宽激光的相对相位稳定性，满足冷原子量子门高精度操控需求。

用于实现格基抗量子密码算法的协处理器、芯片、电子设备和密钥生成方法

Resumen de: CN122348818A

A coprocessor, a chip, an electronic device and a key generation method for implementing a lattice-based anti-quantum cryptographic algorithm, the coprocessor comprising: a processor core comprising at least two operation cores capable of implementing all operations of the lattice-based anti-quantum cryptographic algorithm; the register is used for storing configuration information required for calling functions in the operation core; and the memory controller is used for calling data in the memory according to the configuration information under the control of the at least two operation cores so as to realize parallel operation between the at least two operation cores. According to the coprocessor, full-hardware design of operation functions in the lattice-based anti-quantum cryptographic algorithm is achieved, the operation speed of the overall process of the algorithm can be greatly increased, in addition, part of cryptographic functions can be processed in parallel, the utilization rate of system and hardware resources is greatly increased while the operation performance is further improved, and the cost is reduced. And the method can be applied to middle and high-end products with higher algorithm operation performance.

基于量子遗传算法特征选择的流量异常检测方法及系统

Resumen de: CN123020212A

本发明涉及信息安全技术领域，尤其涉及一种基于量子遗传算法特征选择的流量异常检测方法及系统，方法包括：基于特征重要性度量方法计算各特征的初始重要性分数；构建量子种群并通过观测操作将量子染色体坍塌为二进制特征掩码向量；对量子种群执行分层适应度评估，基于互信息对全部个体计算预评估价值，选取预评估价值排名靠前的个体作为精英候选并训练分类器计算精确适应度值；当种群多样性低于预设阈值时从历史精英片段记忆库中采样精英片段并对非精英个体实施定向赋值，否则执行量子旋转门更新，迭代至收敛后输出最优特征子集；基于最优特征子集训练异常检测分类器，对实时网络流量提取对应特征并输入异常检测分类器进行异常判定。

一种基于全域能量工程化模型的RGB三角动力学全光谱量子芯片系统

Resumen de: CN123014242A

本发明公开了一种基于全域能量工程化模型的RGB三角动力学全光谱量子芯片系统，属于光量子芯片与拓扑量子信息领域。本发明采用薄膜铌酸锂基底制备正三角拓扑晶格，顶点异质集成近红外、可见光、紫外三波段三能级量子单元，分别映射信息域、能量域、结构域，支持平衡三进制编码；通过侧边叉指换能器激发声表面波，实现大失谐下声介导三体远程有效耦合；内置芯片级全域能量工程化模型与韬时间多尺度补偿算法，结合非厄米架构主动抵消退相干。本发明GHZ纠缠制备速率较一维二体级联方案提升8倍以上，常温补偿后相干时间可达40μs，可应用于量子保密通信、精密惯性传感等场景。

基于投影角并行控制的拓扑光计算芯片及其控制方法

Resumen de: CN123010971A

本发明公开了一种基于投影角并行控制的拓扑光计算芯片及其控制方法。所述芯片包括拓扑光子波导阵列、相位并行调控模块、光输入耦合阵列、光输出干涉阵列、光探测阵列和权重控制模块。所述方法通过权重控制模块获取目标权重矩阵，计算各拓扑光子单元所需的投影角序列θ_i，在同一时钟边沿并行输出至所有权重单元，一次性加载完整权重矩阵；输入光信号同时进入所有计算路径，经相位调制后干涉叠加，完成矩阵‑向量乘法。本发明实现了光计算权重的纳秒级并行配置，权重加载时间小于1纳秒，相位分辨率优于0.001弧度，可广泛应用于矩阵乘法加速、神经网络推理、光学信号处理和量子‑经典混合计算领域。

超导量子比特、耦合调控方法及超导量子芯片

Resumen de: CN123014246A

本申请公开了超导量子比特、耦合调控方法及超导量子芯片，该超导量子比特的第一电极区和第二电极区分别绕同一中心沿螺旋轨迹同向延伸以形成耦合圈层，一方面，可有效约束非预期方向的电磁场杂散分量，降低了邻近电路元件间的非期望串扰；另一方面，电极区的螺旋环绕可以增加两个电极区之间的有效耦合路径，提高耦合电容在等效总电容中的占比，减小电极区所占面积，实现超导量子比特的小型化。同时，耦合圈层的边界为圆滑的弧形设计，替代了相关技术中的插指或尖锐边缘结构，使得电场能量分布更加均匀，减少了电荷在局部尖端或拐角处积聚的可能性，使得超导量子比特在保持目标非谐性的同时，降低电极区对封装和相邻器件的寄生耦合。

基于双量子线路近远程输送交互的大气臭氧浓度预报方法

Resumen de: CN123010145A

本发明公开一种基于双量子线路近远程输送交互的大气臭氧浓度预报方法。本发明首先利用起报前污染物观测与数值天气预报构建动态有向输送图；继而将源城市‑输送起始时刻‑特征张量划分为近场和远程两类，经降维和振幅编码分别输入两条参数化量子线路；根据量子测量结果恢复近场、远程输送消息，并与目标城市本地化学‑气象状态融合，以输送经典臭氧预报模型的近、远场输送消息和臭氧观测数据联合蒸馏训练两条量子线路，预报未来臭氧浓度。本发明能够在保持与输送经典臭氧预报模型精度相当的同时，以紧凑量子表示和处理不同空间尺度的高维输送交互关系，并为适用量子硬件上的计算加速提供实现路径。

基于变分测量基的量子卷积神经网络分类模型构建方法

Resumen de: CN123012688A

本发明公开了一种基于变分测量基的量子卷积神经网络分类模型构建方法，通过引入测量基参数生成网络，将测量基优化过程从传统量子卷积神经网络的固定读出方式中分离出来，并与量子卷积特征提取过程进行协同设计，使测量基能够随分类任务的训练过程自适应优化。与此同时，本发明采用监督学习与强化学习交替进行的混合学习机制，在监督学习阶段优化量子卷积神经网络参数，在强化学习阶段优化测量基参数生成网络参数，从而实现量子特征提取过程与量子测量过程的协同优化。本发明能够提高分类任务中的特征表达能力、分类准确性以及对噪声环境的适应能力，从而为量子机器学习在多类分类场景中的应用提供一种有效的技术方案。

基于神经网络的原子重力仪干涉条纹优化方法与装置

Resumen de: CN123010105A

本发明涉及量子精密测量领域，提供一种基于神经网络的原子重力仪干涉条纹优化方法与装置，包括：获取多个振动时序信号，采用多个振动时序信号对神经网络进行训练，得到预优化神经网络；将振动时序信号输入至预优化神经网络，得到预测寄生相位；获取与各个振动时序信号时序对齐的原始干涉信号，根据预测寄生相位对相应的原始干涉信号进行补偿，得到补偿干涉信号；对补偿干涉信号进行拟合得到补偿干涉条纹，获取补偿干涉条纹所对应的拟合波形曲线与理想干涉条纹所对应的标准余弦曲线之间的波形差异，以最小化波形差异为目标对预优化神经网络进行优化，得到优化神经网络，优化神经网络能够对更多的噪声源进行补偿，以达到优化干涉条纹的目的。

一种基于两级架构的吊艇架液压系统故障诊断方法及系统

Resumen de: CN123012692A

本申请实施例提供一种基于两级架构的吊艇架液压系统故障诊断方法及系统，涉及吊艇架故障诊断技术领域，其方法包括：获取吊艇架液压系统的当前运行状态数据，并通过对所述当前运行状态数据进行预处理，得到预处理后的当前运行状态数据；通过将所述预处理后的当前运行状态数据输入至训练好的改进LightGBM模型中，得到吊艇架液压系统的特征数据；通过将所述吊艇架液压系统的特征数据输入至训练好的改进Transformer模型中，得到吊艇架液压系统的故障诊断结果。

面向异构通信的量子测控波形数据压缩方法及系统

Resumen de: CN123019955A

本发明涉及量子计算异构通信技术领域，特别涉及一种面向异构通信的量子测控波形数据压缩方法及系统，通过对原始波形数据进行量化处理，计算量化后波形的哈希键，利用哈希键在波形字典中进行去重存储，所述波形字典为预先构建的量子门脉冲波形样本字典；利用播放指令序列存储各原始波形的波形标识及全局时间轴上波形绝对起始时间和对应目标通道标识；将波形字典、播放指令序列及原始波形元数据序列化为字节流，并通过压缩封装将数据包传输至量子测控设备，使量子测控设备通过对接收的数据包进行反序列化来恢复并获取波形字典和播放指令序列。本发明能够实现波形数据在异构融合架构中的低延迟传输，为大规模量子计算系统可扩展性提供关键技术支撑。

一种二维行列玻色编码超导量子处理器及综合征提取方法

Resumen de: CN123014247A

本发明涉及量子计算和量子信息处理技术领域，提供一种二维行列玻色编码超导量子处理器及综合征提取方法，包括二维多能级超导量子比特阵列以及沿两个相交方向延伸的行玻色编码量子总线组和列玻色编码量子总线组；各多能级超导量子比特与行玻色编码量子总线和列玻色编码量子总线形成两个可选择操作的耦合关系；方向选择控制单元用于在共同作用窗口内激活被选多能级超导量子比特与被选方向的玻色编码量子总线的有效耦合；量子比特控制单元用于使多个被选多能级超导量子比特与同一玻色编码量子总线建立并行条件交换，形成受控相位门乘积，降低qLDPC非局域校验过程中的通信与路由开销，减少资源占用和执行深度，提高综合征提取的并行执行能力。

垂直封装柔带线芯片盒

Resumen de: CN123022121A

本发明属于芯片封装技术领域，公开一种垂直封装柔带线芯片盒，包括封装单元、工作单元和信号引出单元，工作单元包括核心芯片、接口芯片和电路板，三者自下而上依次堆叠设置于封装单元内。接口芯片位于核心芯片与电路板之间：其朝向核心芯片的一侧设有高密度信号转接部，并与核心芯片电连接；朝向电路板的一侧设有低密度信号转接部，并与电路板电连接，从而实现信号端口由微米级高密度排布向毫米级低密度排布的转换。通过核心芯片、接口芯片和电路板的垂直堆叠结构，以及接口芯片的端口密度转换功能，本发明避免了平面悬空键合线所引入的寄生效应，提高了高频信号的传输质量；同时有利于实现量子芯片封装结构的规模化扩展。

运算装置以及张量更新方法

Resumen de: WO2025210763A1

This arithmetic device is configured so as to comprise a contraction unit (1) that expresses a tensor of rank L (where L is an integer equal to or greater than 2) as the product of a plurality of minor tensors, each of which has a smaller number of elements than the number of elements in the tensor of rank L, and performs a contraction process on the plurality of minor tensors to acquire factor information present among the plurality of minor tensors.

一种量子编译方法、装置、设备、存储介质和程序产品

Resumen de: CN123014255A

本发明公开了一种量子编译方法、装置、设备、存储介质和程序产品，通过获取一组包括若干个酉算子基的酉算子基序列；将目标量子线路在所述酉算子基序列下展开为线性组合形式，其中包括待求解的所述酉算子基对应的系数；根据所述目标量子线路和所述酉算子基序列，构建并训练用于计算所述酉算子基对应的系数的机器学习模型；将若干个酉算子基输入所述机器学习模型进行计算，输出的每一所述酉算子基对应的系数，并根据每一所述酉算子基和对应的系数，生成所述目标量子线路的编译结果。采用本发明，通过将单个目标量子线路编译为多个基本量子逻辑门序列的线性组合，能够将编译深度压缩至线性复杂度，有效降低了量子编译的计算复杂度。

QUANTUM RANDOM NUMBER GENERATOR PROVENANCE AND SECURITY ANALYSIS

Resumen de: US20260342848A1

In one implementation, a device may determine that an operations supply chain for a quantum noise source is a compromised supply chain. The device may discontinue generation of a quantum random number utilizing the compromised supply chain. The device may initiate sourcing of trusted quantum noise from a trusted quantum noise source. The device may cause the trusted quantum noise to be utilized in the generation of a quantum random number.

ADAPTIVE CANARY QUBIT SYSTEM WITH REAL-TIME NOISE MAPPING AND TELEMETRY INTEGRATION FOR QUANTUM ERROR MANAGEMENT

Resumen de: US20260340472A1

The technologies described herein are directed towards using spare (unused with respect to active use by a quantum process) qubits as “canary” qubits that are measured, after application of a sequence of gates, to detect whether decoherence or noise adversely affected active qubits used in a quantum processing unit. An adaptive canary qubit system obtains telemetry data from sensors in a quantum system, and uses the telemetry data to update a noise map and rank noisy “hotspot” regions” of the quantum processing unit by noisiness. A canary qubit assigned to a hotspot region has its state measured after application of a gate sequence. If the spare qubit is in an error state, the adaptive canary qubit system reassigns an active logical qubit from that hotspot region to a less noisy region. The system includes a model that predicts placement of canary qubits based on historical telemetry data and prior results.

Artificially Intelligent Transpilation of General Quantum Circuits

Resumen de: US20260340463A1

Systems/techniques that facilitate artificially intelligent transpilation of quantum circuits for quantum computing are provided. In various embodiments, a system can comprise a memory that can store computer executable components. In various embodiments, the system can further comprise a processor that can execute the computer executable components stored in the memory. In various aspects, the computer executable components can comprise an input component that can generate a circuit representation of a quantum circuit. In various embodiments, the computer executable components can further comprise a learning component that can generate, via a reinforcement learning model, a transpiled circuit of the quantum circuit based on the circuit representation.

Computer-Implemented Systems for Improved Selection of Subsets of Datasets

Resumen de: US20260340470A1

A highly versatile ensemble of algorithms, such as Bisection Grover's search (BGS), containing one or more quantum algorithms has been developed for best model selection. Data in the application show that the ensemble of algorithms exhibits excellent performance and computational efficiency in its applications, specifically in the analysis of CITE-seq data. The ensemble of algorithms, such as BGS, takes advantage of quantum parallelism by integrating binary search and Grover's algorithm to allow fast computation. The proposed ensemble of algorithms, such as BGS, is consistent as long as sufficient quantum bits are available, has nearly quadratic speed-up compared to classical algorithms in terms of time complexity.

DECODER FOR AN ERROR CORRECTING CODE

Resumen de: WO2026223892A1

The invention relates to a computer-implemented method for decoding error syndromes (3) of a quantum error correction code (1) to obtain a recovery set to restore quantum states encoded in the quantum error correction code (1), wherein the error syndromes (3) are results from measurements of the stabilizers (4) of the quantum error correction code (1) executed on a quantum system comprising a plurality of data qubits (5), wherein the quantum error correction code (1) comprises at least two one-lines (6) corresponding to sets of data qubits (5), wherein a tensor product of single-qubit operators acting on each data qubit (5) of a one-line (6) commutes with the stabilizers (4) of the quantum error correction code (1), wherein at least two one-lines (6) have at least one common data qubit (5), the method comprising the following steps: in a rectification step, determining at least one recovery set indicating the set of data qubits (5) on which a recovery operation is to be applied when executed on the quantum system, wherein when the recovery operations are executed on the quantum system a quantum state outside of the code space is transferred to an encoded quantum state in the code space of the quantum error correction code (1); in a post-processing step, for at least one, preferably each, one-line (6) of the quantum error correction code (1) or symmetric differences of one-lines (6) of the quantum error correction code (1), i. determining if the number of data qubits (5) in th

HYBRID PHOTONIC QDM SYSTEM FOR GENERATING FUNCTIONAL QUBITS THROUGH QUANTUM DARK STATE (QDS) AND STRUCTURALLY INDUCED SPECTRAL DELAY

Resumen de: WO2026224498A1

The invention is a hybrid photonic system based on undoped-graphene-on-silicon waveguides incorporating radially doped encapsulated germanium. It generates a QDS through controlled destructive interference between two optical modes excited by a balanced bimodal pulsed laser. This process enables a spectral-structural slowdown of internal temporal evolution and stabilization of quantum coherence at temperatures up to 300 K, without cryogenics. Synchronization is achieved via an external atomic clock or a factory-calibrated laser, allowing QDM to operate as a self-induced photonic clock. In pulsed mode, QDM supports QDS disruption for readout, execution of structured quantum gates, and entanglement between QDM cells. The system can function as a quantum processor or protected memory. It supports Doppler-spin optical cooling and is CMOS-compatible, supporting atomic layer deposition, optical lithography, and doped-graphene encapsulation, enabling integration into scalable quantum platforms and synchronized photonic networks without requiring complex infrastructure.

INFORMATION PROCESSING SYSTEM, INFORMATION PROCESSING METHOD, AND PROGRAM

Nº publicación: WO2026225149A1 29/10/2026

Solicitante:

QUEMIX INC [JP]
HONDA MOTOR CO LTD [JP]
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Resumen de: WO2026225149A1

According to one aspect of the present invention, provided is an information processing system comprising at least one processor. The processor is configured to execute a program such that the following steps are executed: in an acquisition step, information relating to an analysis target and information relating to at least one basis function for describing the analysis target are acquired; in a quantum operation step, an inner product quantum operation is executed on the basis of the information relating to the analysis target and the information relating to the basis function, said operation being for calculating an amount relating to the inner product of a target quantum state describing the analysis target and a basis quantum state described using the basis function; and, in an optimization step, an optimization parameter relating to the basis function is optimized on the basis of a score defined using the amount relating to the inner product.