In-situ resource utilisation (ISRU) system capability manager at NASA
Key takeaways
It takes three days to get to or from the Moon and the journey to Mars takes between six and eight months.
For long-duration space exploration missions, astronauts will have to find or produce enough resources to sustain themselves.
The In Situ Resource Utilisation (ISRU) programme is developing techniques to locate, extract, process and exploit local resources.
Today, developments are focusing on methane or hydrogen fuel production.
There are four main challenges: knowing what resources are available; how to exploit them; controlling the environment; and ensuring reliability of the project.
Senior Strategy officer for Human and robotic exploration at the European Space Agency (ESA)
Key takeaways
Today, activities in LEO (Low Earth Orbit) are 90% commercial and 10% institutional.
It is now a question of integrating the Moon and manned flights into this economy, which is starting with space tourism.
According to the Bank of America, the economic weight of the sector should increase from $350bn in 2016 to $1tn in 2040.
Europe has basic infrastructure for scientific experimentation in space, but it is not fully utilised.
This is a new market in which ESA wants to be present by offering commercial services in low-Earth orbit and preparing others for the “future lunar economy”.
Jacques Arnould, Responsible for ethical questions at CNES
On September 8th, 2021
4 min reading time
Jacques Arnould
Responsible for ethical questions at CNES
Key takeaways
Since the launch of Sputnik the COSPAR (Committee on Space Research created in 1958), has developed rules to preserve exploration sites in space.
The measures taken consist of sterilisation operations and manoeuvres to both preserve the integrity of these sites and protect life on Earth.
Nevertheless, the French space agency, CNES, is the only one to have an in-house ethical expert: Jacques Arnould, a doctor in the history of science and theology.
He questions the way in which space exploration missions are carried out and their potential effects.
For example, if space is not for sale, who will guarantee the application of space law?
Contributors
Pierre Henriquet
Doctor in Nuclear Physics and Columnist at Polytechnique Insights
After a doctorate in Nuclear Physics applied to Medicine and a university degree in Astronomy/Astrophysics, Pierre Henriquet worked for 10 years at the Planetarium of the city of Vaulx-en-Velin where he perfected his talents as a science communicator with multiple audiences, both novices and specialists. Today, he is a freelance writer and mediator of science.
Sophy Caulier has a degree in Literature (University Paris Diderot) and in Computer science (University Sorbonne Paris Nord). She began her career as an editorial journalist at 'Industrie & Technologies' and then at 01 Informatique. She is now a freelance journalist for daily newspapers (Les Echos, La Tribune), specialised and non-specialised magazines and websites. She writes about digital technology, economics, management, industry and space. Today, she writes mainly for Le Monde and The Good Life.
Historian of science, agricultural engineer, theologian, Jacques Arnould has been in charge of ethical issues at the Centre national d'études spatiales (CNES) since 2001.