00-Welcome
1- Opening Lecture: Paris COP21 and after
J.P. van Ypersele
Robert Vautard
Yves Bréchet
2- EROI: Ecological, anthropological and industrial perspective
Charles Hall
3 – A case study : PV-Spain
Pedro Prieto
4- Intermittency and ressources: a historical perspective
Mathieu Arnoux
5- Estimations of very long-term time series of fossil fuels global EROI
Victor Court
6- EROI of different fuels and the implications for society
Jessica Lambert
7- Suppose we agree on how to calculate EROI’s: Then what ?
Carey King
8- Grid and demand control
Nouredine Hadjsaïd
9- Renewables in Germany and Sweden
Friedrich Wagner
10- Electrical Grids
Johannes Dorfner
11- The EROIs of power plants: why are they so different?
Daniel Weissbach
12- Batteries
Fabien Perdu
13- Power-to-gas-to-power
Georges Sapy
14- Grids and demand control
Andréi Nekrassov
15- The economical impact of EROI: a monetary and macro-dynamic approach
Gaël Giraud
16- The energy-material nexus and the estimation of EROI for energy production
Olivier Vidal et Cyril François
17- Minerals availability and recycling limits: a constraint for ambitious and sustainable energy scenarios
Philippe Bihouix
18- Biophysical economics
Charles Hall
19- Transition engineering scenarios: what EROI tells us about the future?
Susan Krumdieck
20- Dynamical economic model in a finite world
Christophe Goupil
20- Long-term endogenous economic growth, EROI and energy transitions
Victor Court
21- Economic history, productivity and energy: the Gordon knot
Michel Lepetit
22- Technological transformations and social adaptations: the case of energy
Ivar Ekeland
23- Dedicating multi-scale approaches to low carbon prospective studies
Nadia Maïzi
24- A neo-physiocrat comment on Samuelson, stagnation, energy, EROI and the ZLB
Michel Lepetit
25- Summing all up
Jean-Marc Jancovici