THE HUM

Scientists have been calling it "The Hum."

On the morning of November 11, 2018, a series of unusual seismic pulses rippled around the world almost undetected.

The waves rang for over 20 minutes, emanating about 15 miles off the shores of Mayotte - a tiny island in the Indian Ocean between Madagascar and Africa. From there, the waves reverberated across Africa, setting off geological sensors in Zambia, Kenya, and Ethiopia.

They crossed the Atlantic, and were picked up in Chile, New Zealand, Canada, and even Hawaii nearly 11,000 miles away, as National Geographic reported the event.  t

Despite their huge range, the waves were apparently not felt by anybody. However, one person monitoring the earthquakes in the US said  live stream of seismogram displays did show the unusual waveform.

The waves were very low frequency, typical of the third phase of a normal earthquake event. However, there were no high frequency waves before this event to signal that an earthquake had occurred in that area.

One speculation is that somehow an island "had moved." How can an island dislodge itself from the depths of the Indian Ocean?

The story has a science-fiction, conspiracy theory aspect to it. In LOST, the island was an enigma. It had unique electromagnetic properties, odd light bending effects and the potential to move both time and space. But is it possible in the real world?

The earth does have a planetary electromagnetic grid. Scientists are aware that this field generation is based upon the physical elements of the planet and its core. Theorists have speculated that this magnetic field could be used to send electricity throughout the globe, or be used as a transmission device for advanced communications. 

But it is possible that the seismic waves were not from the ocean floor plates shifting but from something happening deeper inside the Earth's core. Scientists have made the analogy that the hum was like a bell ringing, and its sound waves circled the globe several times. Typically, a large bell has a striker inside its shell to send sound waves outward. A shift in the molten core could be a possible explanation of the wave activity, in conjunction with another planetary event that experts are watching closely: the probable inversion of the magnetic poles.

Then again, it may have been a signal before the 7.0 magnitude earthquake that hit Alaska.