“Inner Space Telepresence” –NASA’s Exploration for Life on Water Worlds

Jupiter's Europa


Scientists with a NASA-led expedition are operating from the Inner Space Center at the University of Rhode Island’s Graduate School of Oceanography using telepresence –virtual reality technology–as colleagues explore the deep Pacific Ocean to prepare to search for life in deep space. The mission is blending ocean and space research to better understand if the water worlds found on moons and planets in our solar system harbor conditions that could support microbial life.

The most important role of the Inner Space Center for the SUBSEA (Systematic Underwater Biogeochemical Science and Exploration Analog) project is to help NASA learn how to use telepresence –virtual reality technology, especially for remote control of machinery or for apparent participation in distant events– for ocean exploration as an analog to how it may be used for space exploration, said Dwight Coleman, director of the Inner Space Center.

The SUBSEA research program is a partnership among NASA’s Ames Research Center in Silicon Valley, the National Oceanic and Atmospheric Administration’s Office of Ocean Exploration and Research, Woods Hole Oceanographic Institution, the Ocean Exploration Trust and various academic centers that blend ocean and space research.

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Last year, the SUBSEA shipboard team used remotely operated vehicles (ROVs) deployed from the Ocean Exploration Trust’s E/V Nautilus to explore Lō’ihi Seamount, an underwater volcano off the southeastern coast of the Big Island of Hawaii. The type of hydrothermal venting at the Lō’ihi Seamount is a good representation of conditions scientists believe exist on certain moons in the outer solar system. The onshore NASA team, stationed in Mission Control at the Inner Space Center, learned how scientists and engineers communicate science objectives via telepresence.

The NASA team returns to the Inner Space Center through June 8 to test specialized mission-planning software as part of NASA’s long-term strategy for achieving extended human presence in deep-space. Scientists will study the work practices, habits, communication and information flows necessary to conduct remote science and exploration by observing operations conducted by the SUBSEA teams on the E/V Nautilus and at the Inner Space Center.


E/V Nautilus


SUBSEA researchers aboard E/V Nautilus will conduct field programs at the Gorda Ridge offshore of northern California and Oregon. This section of mid-ocean ridge is of interest to ocean researchers because it is home to seafloor hydrothermal activity that departs from the convention of black smoker hydrothermal systems, instead emitting clear fluids from the seafloor.

The public will be able to watch exploration of the seafloor via 24/7 live stream at http://www.nautiluslive.org as ROVs collect high definition video footage from the sea floor.

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A human-robotic voyage to the moon or Mars might parallel SUBSEA’s mission architecture using robotic explorers controlled by humans nearby as directed by a remote team of scientists. Using the Inner Space Center’s cutting edge technology — including telepresence — for ocean research, exploration and education, the SUBSEA team will be able to test, evaluate and improve the necessary processes and technology tools needed for deep space exploration.

Ultimately, the results of SUBSEA’s research will inform strategies for conducting science via tele-operations at destinations in space as well as scientists’ understanding of a wider range of deep-sea environments for conducting ocean research.

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“The Inner Space Center is the world leader in supporting telepresence-based ocean exploration missions, so we’re excited to serve as a base of operations for this groundbreaking project,” said Coleman.

Astronomers using Hubble Space Telescope have imaged at top of the page what may be water vapor plumes erupting off the surface of Jupiter’s ocean-moon Europa. This finding bolsters other Hubble observations suggesting the icy moon erupts with high altitude water vapor plumes.

The Daily Galaxy, Sam Cabot via University of Rhode Island

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