This chapter explores the interconnected crises facing the world today, emphasizing the urgent need for interdisciplinary approaches involving thermodynamics, ecology, and anthropology. It underscores the critical challenges posed by our energy systems' declining efficiency and the impending risks of a thermodynamic collapse as we approach 2030. Additionally, the chapter critiques current decarbonization efforts, arguing they fall short of addressing the root causes of systemic inefficiencies in energy production and consumption.
What happens when economics takes precedence over thermodynamics?
Eventually, the system collapses—because being incompatible with thermodynamics is impossible. That’s the stark message of this week’s guest, Louis Arnoux, a scientist, engineer and managing director of Fourth Transition, who has been working on this problem for decades. Louis and his team’s research point to our energy systems collapsing by 2030 because we’re having to spend more energy than ever before to extract fuel. Soon, the energy cost of extraction will equal the energy benefit. Such an equilibrium is, in his words, a dead state.
In the episode, Louis gives a phenomenal overview of the three thermodynamic traps human civilisation is caught in, including how decarbonising to renewables is exacerbating the thermodynamic problem. He explains how our current energy systems work antithetically to the sun and the planet, including the waste problem, before highlighting the role of economics in the creation of an impossible system. He then explains what a possible energy system could look like with the technology we have available, and how we can engineer that system to mimic the efficiency and productivity of life on the planet.
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