Linguists Say We Might Be Able to Communicate With Aliens If We Ever Encounter Them


If humans ever encountered extraterrestrials, would we be able to communicate with them? That was the question posed by linguists from across the country, including famed scholar Noam Chomsky, during a workshop held in Los Angeles on May 26.

Organized by a scientific nonprofit called Messaging Extraterrestrial Intelligence (METI), the one-day event entitled "Language in the Cosmos" brought together two camps that don't usually converge: linguists and space scientists. The event was held in conjunction with the National Space Society's annual International Space Development Conference, which featured the likes of theoretical physicist Freeman Dyson, Amazon CEO and Blue Origin founder Jeff Bezos, SpaceX's Tom Mueller, science fiction writer David Brin, and more.

Linguist Sheri Wells-Jensen, chair of the workshop, said in a statement that it's unlikely we'll ever come face to face with aliens or find ourselves in a "Star Trek universe where most of the aliens are humanoid and lots of them already have a 'universal translator.'" Still, scientists don't rule out the possibility of chatting with extraterrestrials via radio.

Chomsky, who's often regarded as the father of modern linguistics, was optimistic that extraterrestrial life forms—if they're out there—might observe the same “universal grammar” rules he believes serve as the foundation for all human languages. His theory of universal grammar posits that there's a genetic component to language, and the ability to acquire and comprehend language is innate. Chomsky argues that a random mutation caused early humans to make the “evolutionary jump” to language some 40,000 years ago through a process called Merge, which lets words be combined, according to New Scientist. (Not all linguists are convinced by Chomsky's theory.)

At the workshop, a presentation by Chomsky (of MIT), Ian Roberts (University of Cambridge), and Jeffrey Watumull (Oceanit) argued that "the overwhelming likelihood is that ET Universal Grammar would be also be based on Merge." They said grammar would probably not be the greatest barrier in communicating with aliens; rather, understanding their "externalization system," or whatever channel they're using to communicate, could be the greatest challenge.

Another presentation by Jeffrey Punske (Southern Illinois University) and Bridget Samuels (University of Southern California) drew a similar conclusion. Human languages have physical and biological constraints, some of which are grounded in physics, so it follows that extraterrestrial languages would be limited by the same laws of physics, the linguists said.

Douglas Vakoch, president of METI, said in a statement that these theories represent a "radical shift" for scientists working in the field, who have "scoffed at the idea of creating interstellar messages inspired by natural languages." Past radio messages sent out into space relied on math and science, in hopes that those principles are universal.

Neil Armstrong’s Spacesuit Will Go Back on Display for Apollo 11's 50th Anniversary

Phil Plait, Wikimedia Commons // CC BY-SA 2.0
Phil Plait, Wikimedia Commons // CC BY-SA 2.0

Neil Armstrong made history when he became the first person to walk on the Moon 50 years ago. Space exploration has changed since then, but the white space suit with the American flag patch that Armstrong wore on that first walk is still what many people think of when they picture an astronaut. Now, after sitting in storage for a decade, that iconic suit is ready to go on display, according to Smithsonian.

NASA donated Neil Armstrong's suit to the Smithsonian shortly after the Apollo 11 mission. For about 30 years, it was displayed at the National Air and Space Museum in Washington, D.C. Then, in 2006, the museum moved the artifact to storage to minimize damage.

Even away from the exhibit halls, the suit was deteriorating, and the Smithsonian knew it would need to be better preserved if it was to be shown to the public again. In 2015, the institution launched its first-ever Kickstarter campaign and raised more than $700,000 for conservation efforts.

After a multi-year preservation project, the suit will finally return to the museum floor on July 16, 2019—the date that marks 50 years since Apollo 11 launched. This time around, the suit will be displayed on a structure that was custom built to support its interior, protecting it from the weight of gravity. Climate-controlled air will flow through the gear to recreate the stable environment of a storage unit.

Even if you can't make it to the National Air and Space Museum to see Armstrong's space suit in person, soon you'll be able to appreciate it from home in a whole new way. The museum used various scanning techniques to create an intricate 3D model of the artifact. Once the scans are reconfigured for home computers, the Smithsonian's digitization team plans to make an interactive version of the digital model freely available on its website.

[h/t Smithsonian]

What Is the Kitchen Like on the International Space Station?


Clayton C. Anderson:

The International Space Station (ISS) does not really have a "kitchen" as many of us here on Earth might relate to. But, there is an area called the "galley" which serves the purpose of allowing for food preparation and consumption. I believe the term "galley" comes from the military, and it was used specifically in the space shuttle program. I guess it carried over to the ISS.

The Russian segment had the ONLY galley when I flew in 2007. There was a table for three, and the galley consisted of a water system—allowing us to hydrate our food packages (as needed) with warm (tepid) or hot (extremely) water—and a food warmer. The food warmer designed by the Russians was strictly used for their cans of food (about the size of a can of cat food in America). The U.S. developed a second food warmer (shaped like a briefcase) that we could use to heat the more "flexibly packaged" foodstuffs (packets) sent from America.

Later in the ISS lifetime, a second galley area was provided in the U.S. segment. It is positioned in Node 1 (Unity) and a table is also available there for the astronauts' dining pleasures. Apparently, it was added because of the increasing crew size experienced these days (6), to have more options. During my brief visit to ISS in 2010 (12 days or so) as a Discovery crewmember, I found the mealtimes to be much more segregated than when I spent five months on board. The Russians ate in the Russian segment. The shuttle astronauts ate in the shuttle. The U.S. ISS astronauts ate in Node 1, but often at totally different times. While we did have a combined dinner in Node 1 during STS-131 (with the Expedition 23 crew), this is one of the perceived negatives of the "multiple-galley" scenario. My long duration stint on ISS was highlighted by the fact that Fyodor Yurchikhin, Oleg Kotov, and I had every single meal together. The fellowship we—or at least I—experienced during those meals is something I will never, ever forget. We laughed, we argued, we celebrated, we mourned …, all around our zero-gravity "dinner table." Awesome stuff!

This post originally appeared on Quora. Click here to view.

Clayton "Astro Clay" Anderson is an astronaut, motivational speaker, author, and STEAM education advocate.

His award-winning book The Ordinary Spaceman, Astronaut Edition Fisher Space Pen, and new children's books A is for Astronaut; Blasting Through the Alphabet and It's a Question of Space: An Ordinary Astronaut's Answers to Sometimes Extraordinary Questions are available at For speaking events Follow @Astro_Clay #WeBelieveInAstronauts