We analyze a college admissions game with asymmetric information between students and colleges. Students' preferences … for colleges depend on the observable quality of the schools. In contrast, colleges' preferences for students depend on … the latter's abilities, which are private information. Students and schools are matched via a decentralized mechanism in …

We assume that students can acquire a wage premium, thanks to studies, and form a rational expectation of their future … earnings, which depends on personal ability. Students receive a private, noisy signal of their ability, and universities can … of test scores. Students optimally self-select as a result of pricing only. If capital markets are perfect but …

We assume that students can acquire a wage premium, thanks to studies, and form a rational expectation of their future … earnings, which depends on personal "ability". Students receive a private, noisy signal of their ability, and universities can … of test scores. Students optimally self-select as a result of pricing only. If capital markets are perfect but …

We assume that students can acquire a wage premium, thanks to studies, and form a rational expectation of their future … earnings, which depends on personal ability. Students receive a private, noisy signal of their ability, and universities can … of test scores. Students optimally self-select as a result of pricing only. If capital markets are perfect but …