相对论电子所产生的光线将进入完全真空的光学谐振器当中。
Relativistic electrons produce light that goes to the optical resonator with absolute vacuum inside.
而被剥夺了电磁辐射能量的电子将回到谐振器中并被抑制在那里。
Electrons that were deprived of their energy in favour of electromagnetic radiation go back to the resonators and get inhibited there.
当研究人员为qubit发射一个电子脉冲时，所产生的量子被转移到谐振器中，谐振器相应产生波动。
When the researchers sent a pulse of energy into the qubit, the resulting energy quantum was transferred to the resonator, which fluctuated accordingly.
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