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![]() by Staff Writers Moscow (Sputnik) Jan 01, 2019
Women will account for up to half of the crew that will be engaged in the second stage of a joint Russia-US project SIRIUS, which is designed to simulate the conditions of a flight to the Moon, Mark Belakovsky, a representative of the Institute of Biomedical Problems of the Russian Academy of Sciences (IBMP RAS), said. "On 9-10 January [2019], there will be a medical commission that will select 10 people, who will begin their training starting from January 14. The crew will comprise six people. In line with our approach, which we share with our US colleagues, there [in the crew] should be at least two women, or, even better, three", the representative of the Institute of Biomedical Problems of the Russian Academy of Sciences (IBMP RAS), which carries out the experiment on the part of Russia, told reporters. According to the scientist, the crew will also comprise a Russian medic and at least two foreigners. "At the end of February, we will have a dry run, when the selected six people will work together for three days inside the facility. And in the first week of March, there will be a launch [of the project]", Belakovsky said. The second stage of the experiment comprises two parts: a two-week long run and a four-month-long isolation experiment. Over the course of the first two weeks, the scientists will be checking systems inside the facility, located in Moscow, where the crew will be living in complete isolation for four months, during the second part of the experiment, to imitate the conditions of a flight to the Earth's satellite. In 2016, IBMP and NASA signed a cooperation agreement on conducting a series of experiments dubbed SIRIUS. The first stage of the experiment took place in 2017 and lasted 17 days. The duration of the experiments is expected to rise each year. This year's four-month-long isolation experiment is set to start on March 1, 2019. Source: Sputnik News
![]() ![]() Getting a glimpse inside the moon Edmonton, Canada (SPX) Dec 21, 2018 New research from University of Alberta physicists provides the first-ever model of our Moon's rotational dynamics, taking into consideration its solid inner core. Their model helps to explain why, as seen from Earth, the Moon appears to wobble on its axis. The answer, said physicist Mathieu Dumberry, lies in the complex geometry of the Moon's orbit, locked in what is known as a Cassini state. "The Moon goes around the Earth, but its orbit is inclined by about five degrees with respect to th ... read more
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