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TOPIC:
MONOTONE EQUILIBRIUM DESIGN FOR MATCHING MARKETS WITH SIGNALING
ABSTRACT
We study how a planner can design a monotone equilibrium with a choice of an interval of feasible reactions, in markets for matching between receivers and senders with signaling. We provide a method for monotone equilibrium design that uncovers novel insights into a planner's optimal equilibrium choice. Pooling externalities arise on both sides of matching markets due to a common value of a sender's type within a match. The pooling region continuously increases in the weight on the receiver utility in the planner's welfare function. This contrasts to the findings in optimal signal structures for market segmentation in private-value environments. Our results have broad policy implications in macroeconomics, finance, and applied microeconomics.