MicroCloud Hologram Rockets With Quantum Leap: Details
MicroCloud Hologram Rockets With Quantum Leap: Details
By meticulously designing control paths based on adiabatic evolution rules, it guides heavy hole spin qubits along predefined trajectories, ensuring high-fidelity quantum state transitions while avoiding distortions from abrupt energy changes or external disturbances.MicroCloud Hologram Inc. (NASDAQ:HOLO) shares rocketed on Monday after the company developed an advanced technological solution. The solution uses a fast adiabatic driving protocol to attain coherent control of two heavy hole spin qubits in a double quantum dot system.
周一，微云全息公司（纳斯达克股票代码：HOLO）股价飙升，此前该公司开发了先进的技术解决方案。该解决方案使用快速绝热驱动协议来实现对双量子点系统中两个重孔自旋量子比特的连贯控制。
HOLO's protocol surpasses the limitations of traditional methods like linear ramps, π-pulses, and Landau-Zener channels, delivering superior fidelity in quantum information processing.
HOLO的协议超越了传统方法的局限性，例如线性斜坡、ω-脉冲和Landau-Zener信道，为量子信息处理提供了卓越的保真度。
The fast adiabatic driving protocol leverages the quantum adiabatic theorem for precise energy control in a double quantum dot system.
快速绝热驱动协议利用量子绝热定理在双量子点系统中进行精确的能量控制。
By meticulously designing control paths based on adiabatic evolution rules, it guides heavy hole spin qubits along predefined trajectories, ensuring high-fidelity quantum state transitions while avoiding distortions from abrupt energy changes or external disturbances.
通过根据绝热演化规则精心设计控制路径，它引导重孔自旋量子比特沿着预定义的轨迹行驶，确保高保真量子态转换，同时避免突然的能量变化或外部干扰造成的失真。
Similar to interstellar navigation, this method achieves superior quantum state fidelity by precisely managing energy variations within the system.
与星际导航类似，这种方法通过精确管理系统内的能量变化来实现卓越的量子态保真度。
MicroCloud's fast quasi-adiabatic driving via spin-orbit coupling achieves two key breakthroughs: suppressing charge noise to stabilize qubit operations and ensuring precise qubit initialization for accurate quantum computations. These advancements create a low-noise, reliable foundation for high-complexity tasks.
MicroCloud 通过自旋轨道耦合实现的快速准绝热驱动实现了两项关键突破：抑制电荷噪声以稳定量子比特运算，以及确保精确的量子比特初始化以实现准确的量子计算。这些进步为高复杂度任务奠定了低噪音、可靠的基础。
MicroCloud has developed and implemented both single-qubit and two-qubit gate operations, specifically NOT, CNOT, and SWAP-like gates. In the heavy-hole spin system architecture within the double quantum dot, these quantum gate operations achieve quantum state fidelities as high as 99%.
MicroCloud 开发并实现了单量子位和双量子位门操作，特别是 noT、CNoT 和类似 SWAP 的门控。在双量子点内的重孔自旋系统架构中，这些量子门运算实现了高达99％的量子态保真度。
Price Action: HOLO shares are up 68.3% at $4.04 at the last check Monday.
价格走势：周一最后一次检查时，HOLO股价上涨68.3％，至4.04美元。
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照片来自 Shutterstock。
