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NASA Scientists to Use Submarines to Hunt For Meteorite Remains

The remote submarine dive is scheduled for later on Monday, the report said

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NASA to use Blockchain technology for air traffic management. Pixabay

Scientists from several organisations in the US, including NASA, are planning to use remote-operated submarines to hunt for the remains of an outer space object — believed to be a meteorite — that splashed down into the Pacific Ocean on March 7, the media reported.

The Nautilus research ship of the non-profit group Ocean Exploration Trust (OET) will aid in the scavenger hunt, Digitaltrends.com reported on Sunday.

Joined by scientists from NASA, the University of Washington and the Olympic Coast National Marine Sanctuary, the Nautilus will use remote-operated submarines to survey the area and collect any fragments they find, it added.

meteorite
Meteorite. Pixabay

When the outer space object entered the Pacific Ocean, a bright flash lit up the sky and a tremendous boom rattled the residents of Ocean Shores, Washington.

They initially thought it was a spaceship, but from analysis of radar signals, NASA’s cosmic dust sample curator Marc Fries concluded it was a meteorite about the size of a golf cart.

Scientists believe that about two tonnes of fragments are up for grabs. Some of these fragments could be as large as a brick and they could be scattered over a half-mile of the sea floor.

Also Read: NASA Postpones launch of James Webb Space Telescope To 2021

The remote submarine dive is scheduled for later on Monday, the report said. (IANS)

Next Story

Anticipated Problems That May Effect NASA’s Mars Mission

According to results from the first eight analog space crews, presented at the American Association for the Advancement of Science (AAAS) annual meeting in Washington, D.C., the astronauts are able to successfully complete tasks between 20 and 60 per cent of the time.

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NASA has formalised plans to send a manned mission to Mars, a journey that could involve 250 million miles of travel on a small spacecraft.  Pixabay

Researchers are developing a predictive model to help NASA anticipate conflicts and communication breakdowns among crew members and tick off problems that may make or break the Mission to Mars.

NASA has formalised plans to send a manned mission to Mars, a journey that could involve 250 million miles of travel on a small spacecraft.

To understand the psychological demands of this Mars journey, Northwestern University has charted a multi-phase study conducted in two analog environments — HERA in the Johnson Space Center in Houston and the SIRIUS Mission in the NEK analog located in the Institute for Bio-Medical Problems (IBMP) in Russia.

The varsity will study the behaviour of analog astronaut crews on mock missions, complete with isolation, sleep deprivation, specially designed tasks and mission control, which mimics real space travel with delayed communication.

Mars
NASA has formalised plans to send a manned mission to Mars, a journey that could involve 250 million miles of travel on a small spacecraft. 
Pixabay

“Astronauts are super humans. They are people who are incredibly physically fit and extremely smart,” said Leslie DeChurch, Professor at Northwestern.

“We’re taking an already state-of-the-art crew selection system and making it even better by finding the values, traits and other characteristics that will allow NASA to compose crews that will get along,” DeChurch added.

HERA’s capsule simulator houses astronauts for up to 45 days — a mock mission control outside the capsule — that augments the realism with sound effects, vibrations and communication delays.

space
According to results from the first eight analog space crews, presented at the American Association for the Advancement of Science (AAAS) annual meeting in Washington, D.C., the astronauts are able to successfully complete tasks between 20 and 60 per cent of the time. Pixabay

Those on the inside undergo sleep deprivation and try to perform tasks. The researchers collect moment-to-moment metrics about individual performance, moods, psychosocial adaptation and more.

According to results from the first eight analog space crews, presented at the American Association for the Advancement of Science (AAAS) annual meeting in Washington, D.C., the astronauts are able to successfully complete tasks between 20 and 60 per cent of the time.

Also Read: Iran Doubts Europe’s Efforts To Keep Nuclear Deal Alive

The next phase of the research, which began on February 15, involves using the model to predict breakdowns and problems a new HERA crew will experience and making changes to “who works with whom, on what, and when”.

The experiment on the SIRIUS analog in Moscow, will begin on March 15, where four Russians and two Americans, will undertake a 120-day fictional mission around the moon, including a moon landing operation. (IANS)