Did you know that fiber optic networks hold the key to unlocking the internal structure of the Moon?

Back in the Apollo era, astronauts landed on the Moon armed with seismometers, marking the first steps in understanding lunar geophysics.

Fast forward to today, and the data from those missions remains invaluable. However, traditional seismic arrays have their limitations, prompting us to explore alternative methods.

Enter Distributed Acoustic Sensing (DAS), a groundbreaking technology that transforms ordinary fiber optic cables into dense arrays of seismometers. Recent research, featured in Seismological Research Letters, highlights DAS as a promising, cost-effective solution for lunar seismic exploration.

By modeling lunar seismograms, scientists have demonstrated the capability of DAS arrays to capture echoes of seismic waves, even amidst the challenging lunar crust. This innovative approach opens doors to answering fundamental questions about the Moon’s core composition and other geophysical mysteries.

Deploying DAS networks on the Moon could revolutionize our understanding of its inner workings, paving the way for unprecedented discoveries. Hopefully, we too will someday launch our cables into space! In the meantime, you can go to our website and look for a cable for terrestrial purposes.

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