Having transitioned from academia to tech, I’ve seen how behavioral economics helps us understand human-AI interactions. This intersection shapes how we design AI systems, which is why I focus on behavioral science and AI in my work. Your Thoughts?
Having transitioned from academia to tech, I’ve seen how behavioral economics helps us understand human-AI interactions. This intersection shapes how we design AI systems, which is why I focus on behavioral science and AI in my work. Your Thoughts?
Behavioral economists draw on neuroscience and psychology, but are they truly integrating these fields—or just selecting findings to fit existing models?
Future work should take cognitive processes seriously, not force psychology into economic frameworks.
Behavioral economists draw on neuroscience and psychology, but are they truly integrating these fields—or just selecting findings to fit existing models?
Future work should take cognitive processes seriously, not force psychology into economic frameworks.
Advances in machine learning and AI help researchers identify which behavioral interventions work best.
Mega-studies—large-scale field experiments testing multiple interventions—are reshaping behavioral science by identifying scalable interventions beyond lab experiments.
Advances in machine learning and AI help researchers identify which behavioral interventions work best.
Mega-studies—large-scale field experiments testing multiple interventions—are reshaping behavioral science by identifying scalable interventions beyond lab experiments.
Behavioral Economics 1.0: Focused on identifying "anomalies" that challenged classical economic models.
Behavioral Economics 2.0: Developed frameworks like prospect theory, hyperbolic discounting, and social preferences to unify these anomalies.
Behavioral Economics 1.0: Focused on identifying "anomalies" that challenged classical economic models.
Behavioral Economics 2.0: Developed frameworks like prospect theory, hyperbolic discounting, and social preferences to unify these anomalies.