Two weeks of science and beyond on ISS
by Staff Writers
Paris (ESA) Aug 07, 2019
Over two weeks have flown by since ESA astronaut Luca Parmitano was launched to the International Space Station for his second six-month stay in orbit. His arrival, alongside NASA astronaut Andrew Morgan and Roscosmos Soyuz commander Alexander Skvortsov, boosted the Station's population to six and the crew has been busy ever since - performing a wide range of science in space.
With the start of Luca's Beyond mission on 21 July, and the capture of SpaceX's Dragon 18 cargo vehicle on 27 July, came a host of new European experiments. We begin with a couple you may recognise from Alexander Gerst's Horizons mission as Luca re-adapts to his orbital workplace.
The GRIP experiment studies how the central nervous system controls movements and the forces astronauts use to manipulate objects with their hands. After setting the experiment up in Europe's Columbus laboratory on 28 July, both Luca and Andrew performed their first GRIP sessions last week.
Luca will take part in three GRIP sessions while on the International Space Station. He already performed two sessions on Earth and he will perform another three following his return. During each session, Luca will hold an object equipped with measuring instruments between his right thumb and index finger and carry out a variety of movements.
The results will help researchers understand potential hazards for astronauts as they move between different gravitational environments and improve the design of haptic interfaces used during deep space missions.
GRASP (Gravitational References for Sensimotor Performance) is another one you may remember from Alexander's Horizons mission. Here researchers seek to better understand how the central nervous system integrates information from different senses, such as sight, sound and touch, to coordinate hand movements and determine what role gravity plays. Both Luca and Andrew also performed their first in-space GRASP sessions at the end of last week, wearing virtual reality headsets as they carried out a range of tasks.
The results of GRASP will be helpful in guiding astronauts during spacewalks and developing the most effective ways of controlling robots remotely from space. But they will also help us better treat disorders relating to vertigo, dizziness, balance and spatial orientation on Earth and could help surgeons and other professionals who need to tele-operate equipment.
First glimpse at new experiments
Luca will use an app called Everywear to record the results of each measurement session and log his nutritional intake for five consecutive days. Everywear is like the space version of MyFitnessPal and allows astronauts to track their intake by scanning barcodes on the food they eat. The information Luca enters into Everywear will be accessible to his medical team who will look at it in relation to his measurements and provide dietary recommendations.
As well as NutrISS, Luca also set-up Biorock by retrieving experiment containers from the Minus Eighty-Degree Laboratory Freezer for ISS (MELFI) and installing them in the small temperature-controlled Kubik incubators.
The University of Edinburgh experiment will continue to run in Kubik, unleashing a microbe on a basalt rock and assessing the biofilm that forms over the rock as the organism grows. Observing the rock-microbe system in space will help researchers understand the potential for biomining on other planetary bodies like asteroids, where new resources could be unearthed.
Rubi's core element is a cell filled with fluid, which can be heated and cooled using electrical voltage. The boiling process will be triggered on a metal-coated glass heater using a laser, while high-resolution cameras record the formation and growth of vapour bubbles in both the visible and infrared spectrum. Findings from this experiment could help the production of more efficient and environmentally friendly household appliances (stoves, radiators) and heat exchangers for industrial manufacturing processes.
Russian Progress MS-12 Cargo Spacecraft Docks International Space Station
Moscow (Sputnik) Aug 02, 2019
Russia's Soyuz-2.1a carrier rocket with Progress MS-12 cargo spacecraft was successfully launched from the Baikonur cosmodrome to the International Space Station (ISS) earlier in the day. The Progress spacecraft is expected to dock the ISS at 3:35 pm GMT According to Roscosmos, the cargo spacecraft will deliver to the ISS 2 tonnes of dry loads, more than a tonne of fuel, 420 kilograms (926 pounds) of water and 50 kilograms of compressed gas, as well as food for astronauts, including standard ... read more
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