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Crew 178- 2017

The stay of student at the MDRS is not something new for the University of Louvain which takes part to this program for some years. Our team, the Mission to Mars UCL, is the 178th crew to take part in the MDRS project since its beginning. It is also the 9th team from the UCL. Our crew is composed of 7 students.

The Team

Mathieu Vander Donckt, Crew Scientist and Journalist

 Chemistry

Aurian d’Avernas, Crew Commander

Electromechanical engineering 

Elke Mergny, Crew Geologist

Engineering

Quentin Thomas, Crew Astronomer

Physics

Calogero Montedoro, Executive Officer and Crew Biologist

Neuropsychology

Nathalie Dupont, Health and Safety Officer

Physiotherapy

Damien Mertens, Crew Engineer

Engineering

The experiments


Telecommunication relays and marking risk areas

How to communicate with crew members without satellites or magnetic field? How to map risk areas ? This project proposes an original solution based on the use of telecommunication relays and sound beacons.


Characterization of the environment by seismic refraction

Characterization of Martian subsurface under a geological and hydrogeological perspective is essential to understand the Martian environment. The objective of this project is to assess the interest of seismic refraction.


Physiotherapeutic experiment about Muscle wasting

How to avoid degradation of the physical condition of a crewed mission to Mars? This project proposes to test the effectiveness of stress exercises and strength tests, coupled with the use of a cuff.


Spectroscopy

Mars offers an ideal site to install an observatory ! Indeed, with an atmosphere 100 times less thick, the data are not distorted. Spectroscopy experiment on Mars would be very interesting.


Detection of muons

The objective of this experiment is to detect muons under "Martian condition", using a portable muon detector provided by the University of Louvain


 

Cartography and topometry around the base with drones

Characterizing the area around the station using a drone is the subject of this ambitious project.


 

Study of the renewal of oxygen by photosynthesis

The survival of a manned mission is only viable if resources renewal is possible. This experiment aims to test an oxygen-renewal process in a closed cycle.

 


Characterization of the environment by X-Ray Diffraction

Finding water on Mars is a major concern and a manned mission will certainly try confirming assumptions made by NASA. This project aims to characterize the hydration rocks by X-ray diffraction.