论文标题
在平均时间对称ZRC二聚体中对真实光谱的实验观察，具有正频率和负频率
Experimental observation of real spectra in Parity-Time symmetric ZRC dimers with positive and negative frequencies
论文作者
论文摘要
我们在这项工作中提出了对奇迹时间对称ZRC二聚体中振荡的第一个实验性观察。由于使用虚电阻，获得的系统是一阶的普通微分方程。耦合的单元格必须具有相同类型的频率：正或阴性。我们观察到跨ZRC电池组件的电压的真实和虚构部分。特殊点得到了很好的识别。这项工作在新型振荡器的产生中可能非常有用。它也可以用于设计新的光电设备的设计，用于在信息传输和量子计算的两级系统的模拟系统中的主要应用中。
We present in this work the first experimental observation of oscillations in Parity-Time symmetric ZRC dimers. The system obtained is of first order ordinary differential equation due to the use of imaginary resistors. The coupled cells must share the same type of frequency: positive or negative. We observed the real and imaginary parts of the voltage across the components of a ZRC cell. Exceptional points are well identified. This work may be very useful in the generation of new type of oscillators. It can also be used in the design of new optoelectronic devices for major applications in the transport of information and the mimics of two-level systems for quantum computing.
