We use a limited information environment to mimic the state of confusion in an experimental, repeated public goods game …. The results show that reinforcement learning leads to dynamics similar to those observed in standard public goods games … explained by reinforcement learning. According to our estimates, learning only accounts for 41 percent of the decay in …

; learning ; limited information ; confusion ; conditional cooperation …We use a limited information environment to mimic the state of confusion in an experimental, repeated public goods game …. The results show that reinforcement learning leads to dynamics similar to those observed in standard public goods games …

learning. -- voluntary contribution mechanism ; public goods experiments ; learning ; limited information ; confusion …We use a limited information environment to assess the role of confusion in the repeated voluntary contributions game … learning cannot generate the kind of contribution dynamics commonly attributed to the existence of conditional cooperators. We …

; learning ; limited information ; confusion ; conditional cooperation …We use a limited information environment to mimic the state of confusion in an experimental, repeated public goods game …. The results show that reinforcement learning leads to dynamics similar to those observed in standard public goods games …

informative, it risks conflating confusion with a desire for fair outcomes, and its presentation may risk inducing elevated levels … confusion or irrational responses. However, these studies did not use large samples (n = 40 or 72) and only made participants …

The black box method was developed as an "asocial control" to allow for payoff-based learning while eliminating social … participants can unwittingly affect the learning of other participants. Here, we test a solution to this problem in a range of … no significant differences in rates of learning between the original and the computerised black box, therefore either …

where both risky arms are of the same type, we find that learning will be complete in any Markov perfect equilibrium if the …