MARSDAILY
Russian Institute to Start Long-Haul Mars Mission Simulations in November
by Staff Writers
Moscow (Sputnik) Jun 16, 2017


The project should last from 2017 to 2022. In 2018, the IBMP plans to conduct two experiments, one lasting four months and another that should be two or three weeks long. An eight-month session should be carried out in 2019, and a year-long imitation is planned sometime in 2020-2021.

The first among a series of psychological experiments designed to look into problems that might arise in a mixed crew on its way to Mars will start in November at the Institute of Biomedical Problems (IBMP) of the Russian Academy of Science, a statement released by the Institute said Thursday.

"The IBMP will conduct the SIRIUS (Scientific International Research In Unique Terrestrial Station) project, which will include modeling conditions of long-term interplanetary flight of a mixed crew in completely autonomous conditions ... Within the project, a series of experiments with duration from 14 days to a year is set to be conducted. The first 14-day long experiment is planned to be carried out in November 2017," the statement reads.

The experiment should demonstrate how a crew of six people from different countries, including two women, would interact among themselves while being almost completely stripped of contact with the Earth. Leadership dynamics, inter-gender interaction, personal space issues, biochemistry and immune system issues are to be studied during the test.

"To compensate the 'Earth separation' phenomenon, new promising psychological techniques will be tested (particularly those that utilize greenhouses and virtual systems). The optimum zoning of the future station will be determined as well, with consideration of not only technical limits but also the crew's comfort, allowing to minimize psychic and emotional strain among the crew during the Mars mission," the institute explains.

Moreover, the scientists plan to understand whether the crew would be able to independently draw up a plan of actions and to adapt it to changing external conditions, as well as to study how efficiently they would use the potential of their spaceship and equipment.

The project should last from 2017 to 2022. In 2018, the IBMP plans to conduct two experiments, one lasting four months and another that should be two or three weeks long. An eight-month session should be carried out in 2019, and a year-long imitation is planned sometime in 2020-2021.

Source: Sputnik News

MARSDAILY
Collateral damage from cosmic rays increases cancer risks for Mars astronauts
Las Vegas VA (SPX) Jun 06, 2017
The cancer risk for a human mission to Mars has effectively doubled following a UNLV study predicting a dramatic increase in the disease for astronauts traveling to the red planet or on long-term missions outside the protection of Earth's magnetic field. The findings appeared in the May issue of Scientific Reports and were presented by UNLV scientist Francis Cucinotta, a leading scholar on ... read more

Related Links
Institute For Biomedical Problems
Mars News and Information at MarsDaily.com
Lunar Dreams and more

Comment using your Disqus, Facebook, Google or Twitter login.

Share this article via these popular social media networks
del.icio.usdel.icio.us DiggDigg RedditReddit GoogleGoogle

MARSDAILY
New NELIOTA project detects flashes from lunar impacts

Cube Quest Challenge Team Spotlight: Cislunar Explorers

Winning plans for CubeSats to the Moon

Printing bricks from moondust using the Sun's heat

MARSDAILY
What China's space ambitions have to do with politics

China to open space station to scientists worldwide

China achieves key breakthrough in multiple launch vehicles

China's space station to help maintain co-orbital telescope

MARSDAILY
Rosetta finds comet connection to Earth's atmosphere

B612 Creates Asteroid Institute

Scientists solve meteorite mystery with high-pressure X-ray experiments

High-pressure experiments solve meteorite mystery

MARSDAILY
A whole new Jupiter with first science results from Juno

First results from Juno show cyclones and massive magnetism

Jupiters complex transient auroras

NASA's Juno probe forces 'rethink' on Jupiter

MARSDAILY
In a Cosmic Hit-and-Run, Icy Saturn Moon May Have Flipped

Cassini Finds Saturn Moon May Have Tipped Over

Cassini Looks On as Solstice Arrives at Saturn

History of Titan's Landscape Resembles Mars's, not Earth's

MARSDAILY
NASA satellites image, measure Florida's extreme rainfall

The heat is on for Sentinel-3B

exactEarth Launches Revolutionary Global Real-Time Maritime Tracking and Information Service

Earth is a jewel, says astronaut after six months away

MARSDAILY
Russia launches space freighter to ISS

Pence hails new NASA astronauts as 'best of us'

Bread Me Up, Scotty: Crumb-Free Pastries Coming to the ISS

NASA Prepares for Future Space Exploration with International Undersea Crew

MARSDAILY
The Art of Exoplanets

OU astrophysicist identifies composition of Earth-size planets in TRAPPIST-1 system

ALMA Finds Ingredient of Life Around Infant Sun-like Stars

Astronomers Explain Formation of Seven Exoplanets Around TRAPPIST-1