论文标题
新型的密封装置，以实现近微米尺寸和Milli Kelvin温度下的非常规的声子封锁
Novel hermetically sealed device to realize unconventional phonon blockade at near-micron dimensions and milli Kelvin temperatures
论文作者
论文摘要
我们为一种具有密封的设备提出了一种新颖的设计，该设备由带电的线性和非线性膜组成，在真空环境中以Gigahertz范围驱动，这是抗抗激素单声子的来源。使用固定的Liouville-Von Neumann Master方程发现了针对声子抗挑战的约束。使用分析计算，材料和几何优化我们表明，在与系统运行温度的权衡处，可以将所提出系统的尺寸提高到近微观计范围。结果对于实现量子语音很重要，这是传感和计算应用程序的一种方式。
We propose a novel design for a hermetically sealable device consisting of charged linear and nonlinear membranes driven in the Gigahertz range in vacuum setting, as a source of antibunched single phonons. Constraints for effecting phonon antibunching are found using the stationary Liouville-von Neumann master equation. Using analytical calculations, material and geometry optimization we show that sizes of the proposed system can be upscaled to near-micrometer range, in a trade-off with the system operating temperature. The results are significant to realize quantum Phononics which has much promise as a modality for sensing and computing applications.
