The predictability of technological change provides good news about the feasibility of a rapid energy transition |
Modelling an evolving economy (keynote speech) |
Learning curves will lead to extremely cheap clean energy |
A fast green energy transition is likely to be cheaper than business as usual |
Complexity and predicting technological progress |
Will the clean energy transition be cheaper than we thought? |
What are the sensitive intervention points needed to make the green energy transition happen as quickly as possible? |
The complexity economics revolution: what is complexity economics, what has it done so far, and why to we need it? |
How complexity economics can help us solve our most important problems |
When do economies converge to a static equilibrium, and when do they have endogenous dynamics? |
When do games and economies converge to equilibrium? |
A new perspective on decarbonising the global energy system |
How market ecology explains market malfunction |
How predicting technological progress can help solve climate change |
A rapid green energy transition is cheaper than a fossil fuel future |
Nonequilibrium models, market ecologies, and real world economies |
Covid 19 Exit Strategy Workshop No 7: The Global Production Networks and the COVID-19 Pandemic |
A Conversation with J Doyne Farmer on Complexity Economics Models for COVID 19 and Beyond |
Decision making in the 21st century |
Simulation: The Challenge for Data Science |
How complexity can resolve the crisis in economics |
Global microeconomics |
Why do we need new analytical tools and techniques |