Space agencies are planning to establish permanent bases on the Moon by the end of the 2020s. On the Moon, it’s -150°C at night and +150°C during the day. How much energy will be needed to support a scientific base of 8 people? What types of energy will be available? How will energy constraints impact exploration strategy? How do these lunar activities foreshadow and help prepare for manned exploration of Mars?
What role will transportation play in tomorrow’s energy challenges? Our environment is changing rapidly and profoundly, for a variety of reasons: energy, economic, sociological and cultural. How can we adapt on a global scale? Throughout history, people have travelled to explore the world or to find the means to survive. Given current trends, our means of travel will become increasingly constrained, with more collective modes of transport. However, economic restrictions will be a major obstacle. We’ll be looking at the considerable challenges facing the transport sector, and looking forward to an exchange of views between the various players involved. What are the stakes and challenges for the transport industry, both in industrial and human terms?
All beings have vital rhythms induced by those of planet Earth. Do they change over time? Does high-dose digitized life play a role in human energy regulation or disinhibition? Many psychiatric pathologies express a surplus of energy, in contrast to severe depression, where every step costs, as if vital energy were no longer present. Increasingly, we take into account the patient as a whole. In the case of cancer, this certainly includes its progression, but also how the patient feels, his energy and his mind. Could it be that what patients have always called the “good doctor” is the one with a particular therapeutic impulse? Because if therapy counts, the way it is approached also plays a role.