The conductivity of a conductive atomic medium is controlled and modified by the strength and detuning of the control fields. At the probe resonance point the value of conductivity is measured to 500 S m⁻¹ and at the control field resonance point the value of conductivity is measured to 600 S m⁻¹. High value of conductivity is reported at the resonance points of the probe as well as the control field. At low decay and low intensity of the control field the value of conductivity is high, while contrast behaviors are also true. The significant modification in the value of complex conductivity may be useful for forward and backward emf-generation.

中文翻译：

---

导电原子介质中复杂电导率的相干控制

通过控制场的强度和失谐来控制和修改导电原子介质的电导率。在探头共振点，电导率值测量为 500 S m ^{-1 ，}而在控制场共振点，电导率值测量为 600 S m ^-1。在探头的共振点以及控制场报告了高电导率值。在控制场的低衰减和低强度下，电导率值很高，而对比度行为也是如此。复电导率值的显着修改可能对正向和反向电动势生成有用。