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IN 1960, ASTRONOMER FRANK DRAKE turned the radio telescope at the National Radio Astronomy Observatory in Green Bank, W.Va., toward two nearby sunlike stars to search for transmissions from intelligent extraterrestrial societies. With a pair of headphones, Drake listened to Tau Ceti and Epsilon Eridani for a total of 150 hours across multiple sessions. He heard nothing, except for a single false positive that turned out to be an airplane. &#x00B7; Statistically speaking, Drake's pioneering project had little chance of success. Estimates from both NASA and the European Space Agency (ESA) suggest that our galaxy alone contains roughly 100 billion stars. (And there are perhaps 2 trillion galaxies in the universe.) &#x00B7; Nevertheless, Drake's effort, called Project Ozma, launched the modern search for extraterrestrial intelligence (SETI) efforts that continue to this day. But given the universe's size, a SETI project trying to make even the smallest dent in searching for intriguing signals needs to be much more than one astronomer with a pair of headphones. The project will need more telescopes, more data, and more computational power to find such signals. Breakthrough Listen has all three.

Breakthrough Listen is scanning more of space than ever to try to find intelligent life