Earth Calling E.T.: New Project Begins Beaming Your Messages Into Deep Space

Lone Signal
The Jamesburg Earth Station will be responsible for transmitting the messages contributed to the Lone Signal project. (Image credit: Lone Signal Media)

NEW YORK — In 18 years, messages beamed out into space from Earth by a new alien-messaging project Monday (June 17) will reach a distant star system known as Gliese 526.

Officials with the Lone Signal project — a newly launched website designed to send user-written notices to any extraterrestrials who may receive them — hope that their messages might open the first dialogue between Earth and other intelligent life forms.

One of the company's first message beamed to the Gliese 526 system, located 17.6 light-years from Earth was sent by famous futurist Ray Kurzweil and reads: "Greetings to Gliese 526 from Singularity University. As you receive this, our computers have made us smarter, the better to understand you and the wisdom of the universe…" [10 Wildest Ways to Contact Aliens]

Two party-goers look out onto the Manhattan skyline next to a telescope pointed toward the star system Gliese 526. Image released June 18, 2013. (Image credit: Miriam Kramer/

"This signal, in 19 hours, will go farther than the Voyager spacecraft has in 40 years," Jason Silva, the host of "Brain Games" on the National Geographic Channel said. He spoke to a crowd of fashion models, businessmen and a handful of scientists in downtown Manhattan honoring Lone Signal's launch on Monday.

A chosen star system

Scientists aren't sure if Lone Signal's chosen target of Gliese 526 (a red dwarf star) plays host to any potentially alien-populated exoplanets, but Lone Signal's chief science officer, Jacob Haqq-Misra thinks that it's possible the system harbors life. Gliese 526 is listed in the Catalog of Nearby Habitable Systems.

Lone Signal officials won't put limitations on the messages their users send into space. Although other Lone Signal participants can mark a particular message in the queue as "NSFW" (not safe for work), that doesn't necessarily mean that it won't be beamed toward Gliese 526.

Haqq-Misra doesn't think that this kind of free-range messaging is anymore dangerous than other transmissions being sent into the universe. Radar signals and electromagnetic currents from cell phones and other devices also carry information to far-off places.

Humanity's presence in the universe isn't secret, according to Haqq-Misra.

"We don't really know if [Lone Signal] is more likely to be bad at all," Haqq-Misra told "It could be more likely to be good. So there's really almost no information as to whether or not we should send radio signals if you're really worried about aliens responding to them … Is Lone Signal dangerous? Are cell phones dangerous? Is radar dangerous? The answer is we don't know."

Lone Signal is crowd sourcing the search for intelligent life by asking people from around the world to submit their messages that will be sent deep into outer space. (Image credit: Lone Signal Media)

A large antenna

Lone Signal officials are using the Jamesburg Earth Station, a central California radio dish built in 1968, to beam the messages into outer space. The company holds a 30-year lease with the antenna.

Lone Signal is continuously sending two different beams of information toward the alien star. One beam carries the user-created messages while the other holds a binary code "hailing message" that carries information about Earth's place in the galaxy, the hydrogen atom and other information about the planet. The more powerful hailing message will point alien observers to the other stream of messages.

Other scientists and organizations have tried to send messages to possible intelligent beings elsewhere in the universe. One of the most powerful attempts is known as the "Arecibo message" — a powerful radar signal sent to the globular star cluster M13 about 25,000 light-years away. [The Nearest Stars to Earth (Infographic)]

Lone Signal's beams are weaker than the Arecibo message sent from a powerful observatory in Puerto Rico, however, the company's messages are aimed at a much closer region of the universe, Haqq-Misra said.

"What's different about this from previous attempts at messaging to extra-terrestrials is past attempts have been pulses in time that have existed for just a matter of a few seconds or so and then they've ceased," Haqq-Misra said in a video introduction of the website. " … So if we really want to communicate something to a potential extra terrestrial listener, you have to transmit your message repeatedly and with a periodic signal and something that's going to allow a lot of time for them to tune in to the right station."

A crowd-sourced message

Officials from Lone Signal rented out a Manhattan loft, complete with a laser light show, to officially launch the project's website. Image released June 18, 2013. (Image credit: Miriam Kramer/

Any interested person can send his or her first alien communication for free, but extra missives come with a price tag. Another text communiqué can be purchased for one "credit" and photo message cost three. Four credits can be purchased for $0.99, but high rolling space senders can buy 4,000 credits for $99.99.

People around the world can participate in the project in a variety of ways, according to Lone Signal officials:

  • Share Beams/Track Beams: Once signed in, users can see how far their beam has traveled from Earth as well as share this information with others.
  • Dedicate Beams: Friends and family can dedicate a beam to loved ones
  • Explore: The Explore section gives beamers current data on the Lone Signal beam, who is sending messages, from where on Earth and other information.
  • Blog/Twitter – The Lone Signal science team and other contributors will post opinion articles and share science news and updates via social media.

You can read more about the Lone Signal project and send your first alien communication from the company's website.

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Miriam Kramer
Staff Writer

Miriam Kramer joined as a Staff Writer in December 2012. Since then, she has floated in weightlessness on a zero-gravity flight, felt the pull of 4-Gs in a trainer aircraft and watched rockets soar into space from Florida and Virginia. She also served as's lead space entertainment reporter, and enjoys all aspects of space news, astronomy and commercial spaceflight.  Miriam has also presented space stories during live interviews with Fox News and other TV and radio outlets. She originally hails from Knoxville, Tennessee where she and her family would take trips to dark spots on the outskirts of town to watch meteor showers every year. She loves to travel and one day hopes to see the northern lights in person. Miriam is currently a space reporter with Axios, writing the Axios Space newsletter. You can follow Miriam on Twitter.