This VR technology will solve Earthsickness for astronauts on Mars - DC


Aug. 31, 2015 12:56 pm

This VR technology will solve Earthsickness for astronauts on Mars

A VR system is among the technologies being tested by a group of would-be NASA astronauts in Hawaii. Through their avatars, the isolated crew will be able to reconnect with nature and their loved ones.

Being an astronaut can be lonely.

(Screenshot via

On Friday, six men and women took to the barren slopes of the Mauna Loa volcano in Hawaii, where they will live for an entire year.

Their mission: To simulate life on Mars ahead of a NASA mission scheduled for the 2030s.

Among the tools they will be testing is a VR project led by local scientist Peggy Wu to help astronauts cope with social isolation and landscape disconnect.

The trip to Mars will be “the longest mission in human history,” said Wu. “They are rightly concerned about the psychological effects.”

"We wanted to leverage the geospatial affordances of a virtual environment to improve communication."
Peggy Wu, Smart Information Flow Technologies (SIFT)

Astronauts will embark on a six-month trip — each way — and spend eighteen months on Mars to work on experiments, she said.

There will be no humanity in sight but for same half-dozen crewmembers they departed with.

And 33.9 million miles away from Earth, communication will be less than optimal.

According to Wu, the astronauts will at times have no means of immediate communication with their family, medical staff and technical support.

To deal with those practical and psychological challenges, NASA commissioned Minnesota-based Smart Information Flow Technologies (SIFT) to develop ANSIBLE, a $740,000 VR communication project directed by Wu.

The company is creating a system where astronauts and their interlocutors on Earth can communicate through a shared virtual space.

“We wanted to leverage the geospatial affordances of a virtual environment to improve communication,” said Wu.

Crew members will be able to demonstrate a technical difficulty they are facing on a virtual artifact, for instance.

“Somebody else can go in and basically see a hologram of you walking around and using the equipment,” said Wu. “You have that shared context because you have it in a shared space.”

Responders on Earth will then be able to make their own modifications for the astronaut to see.

The technology could also help astronauts escape their unearthly landscape while having heart-to-hearts with their families.

Wu described a typical scene:

“Family members, when they log on, they see your avatar in the virtual world, walking, and they can walk along with you on that nature path, talking about your day. And they can also respond.”


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