i'm just asking you the feasibility, just from a biophysical perspective, of energy and g d p d coupling. I know from prior data that global the correlation, historically, has been around point nine, nine three. The challenge is, though, that we're not optimizing for ecosystem health and reducing the impact of overshoot. We're optimizing for the energy metabolism that grows our financial economy which is tethered to an energy economy. i think you cannot get away from the fact that any single human activity, more or less directly relies on he energy.
On this episode, we meet with social scientist and researcher at the School of Economics and Management of Lund University, Timothée Parrique.
What is degrowth, and how will it help define our future?
Parrique explains how the path to societal degrowth might unfold and the social and physical obstacles we may encounter on our way there.
About Timothée Parrique:
Timothée Parrique is a social scientist, originally from Versailles, France. He is currently a researcher at the School of Economics and Management of Lund University (Sweden).
He holds a PhD in economics from the Centre d’Études et de Recherches sur le Développement (University of Clermont Auvergne, France) and the Stockholm Resilience Centre (Stockholm University, Sweden). Titled “The political economy of degrowth” (2019), his dissertation explores the economic implications of degrowth.
Tim is the author of Ralentir ou périr. L’économie de la décroissance (September 2022, Seuil), a book adaptation in French of his PhD dissertation.
For Show Notes and Transcript visit: https://www.thegreatsimplification.com/episode/32-timothee-parrique