Agents... — Economics With Heterogeneous Interacting
Rather than being "supercomputers" that calculate the perfect future, agents in these models use heuristics (mental shortcuts). They learn from their mistakes and copy successful peers, leading to "herding" behavior often seen in stock market bubbles. Why It Matters
By using , researchers can simulate millions of interactions on a computer to test policy ideas. For example, EHIA can show how a specific tax change might affect different income groups differently, or how "fake news" might spread through a market and cause a flash crash. It provides a "laboratory" for economics, moving the field away from abstract equations and closer to the messy, interconnected reality of human society. Economics with Heterogeneous Interacting Agents...
Real people aren't clones. They have different wealth levels, risk tolerances, and "rules of thumb" for making decisions. EHIA models this diversity to see how inequality or varying expectations drive market trends. For example, EHIA can show how a specific
In standard macroeconomics, we often look for a single "equilibrium" where supply equals demand. EHIA suggests that the economy is rarely in a state of rest. Because agents (consumers, firms, or banks) are constantly adapting to the actions of others, the system is in a state of perpetual flux. This approach draws heavily from and biology , treating market fluctuations not as external "shocks," but as emergent phenomena born from internal social interactions. Key Pillars of the Framework They have different wealth levels, risk tolerances, and
Rather than being "supercomputers" that calculate the perfect future, agents in these models use heuristics (mental shortcuts). They learn from their mistakes and copy successful peers, leading to "herding" behavior often seen in stock market bubbles. Why It Matters
By using , researchers can simulate millions of interactions on a computer to test policy ideas. For example, EHIA can show how a specific tax change might affect different income groups differently, or how "fake news" might spread through a market and cause a flash crash. It provides a "laboratory" for economics, moving the field away from abstract equations and closer to the messy, interconnected reality of human society.
Real people aren't clones. They have different wealth levels, risk tolerances, and "rules of thumb" for making decisions. EHIA models this diversity to see how inequality or varying expectations drive market trends.
In standard macroeconomics, we often look for a single "equilibrium" where supply equals demand. EHIA suggests that the economy is rarely in a state of rest. Because agents (consumers, firms, or banks) are constantly adapting to the actions of others, the system is in a state of perpetual flux. This approach draws heavily from and biology , treating market fluctuations not as external "shocks," but as emergent phenomena born from internal social interactions. Key Pillars of the Framework