另外，我们通过对双黑洞的合并与雷电现象的比较，可以看出它们的共同点。双

In addition, by comparing our merger with thunder and lightning in the double black hole, you can see they have in common. Double Black Hole combined instant release enormous energy, vibration excitation Ethernet medium therearound. This vibration is transmitted in the form of light. This light is transmitted to the Earth, gravitational waves to be detected by the instrument. Thunderstorm and high current due to the discharge of air or Ethernet breakdown, the energy released in the stirred medium ether vibration region. This vibration is transmitted in the form of light. Witnesses close to the vibration receiving the light than the image processing late into the booming of thunder. This thunder can be understood as "gravitational waves" and "voice"; you can also "hear" "BIU" sound to gravitational waves from distant universe imagine coming from deep space "thunder."

另外，我们通过对双黑洞的合并与雷电现象的比较，可以看出它们的共同点。双黑洞合并的瞬间释放出巨大的能量，激发其周围的介质以太的振动。这种振动形式的传递就是光。这种光传递到地球，被仪器探测成引力波。雷雨天由于强电流的放电而将空气或以太击穿，所释放的能量激起这个区域介质以太的振动。这个振动形式的传递就是光。附近的目击者把接收到的比影像迟到的光振动处理成轰轰作响的雷声。这雷声可以被理解为“引力波”的“声音”；你也可以把“听”到的引力波的“BIU”声，想象成从遥远的宇宙深空传来的“雷声”。

In addition, we can see their common ground by comparing the merging of two black holes with lightning phenomena. When the two black holes merge, they release huge energy and excite the vibration of the medium ether around them. The transmission of this vibration is light. This kind of light is transmitted to the earth and detected as gravitational wave by the instrument. In thunderstorm days, air or ether will be broken down due to the discharge of strong current, and the released energy will arouse the vibration of the dielectric ether in this area. The transmission of this vibrational form is light. Nearby witnesses processed the light vibrations received later than the images into thundering thunder. This thunder can be understood as the "sound" of "gravitational wave"; you can also imagine the "BIU" sound of "listening" gravitational wave as the "thunder" from the deep space of the distant universe.<br>