We study a dynamic, decentralized lemons market with one-time entry and characterize its set of equilibria. Our framework offers a theory of how “frozen” markets suffering from adverse selection recover or “thaw” over time endogenously; given an initial fraction of lemons, our model...

The authors study a dynamic, decentralized lemons market with one-time entry and characterize its set of non-stationary equilibrium. This framework offers a theory of how a market suffering from adverse selection recovers over time endogenously; given an initial fraction of lemons, the model...

We study government interventions in markets suffering from adverse selection. Importantly, asymmetric information prevents both the realization of gains from trade and the production of information that is valuable to other market participants. We find a fundamental tension in maximizing...

We investigate the efficiency of dynamic random matching and bilateral bargaining markets with adverse selection. We take a detail-free approach to the bargaining game, assuming only that: (a) each agent's actions are optimal given the equilibrium market conditions and the equilibrium strategy...

We study trade in dynamic decentralized markets with adverse selection. Differently from the literature on the topic so far, we assume that the informed sellers make the offers, so that signaling through prices is possible. We establish basic properties of equilibria, provide necessary and...