We study optimal auctions in a symmetric private values setting, where bidders have signaling concerns: they care about winning the object and a receivers inference about their type. Signaling concerns arise in various economic situations such as takeover bidding, charity auctions, procurement...

With a laboratory experiment, we study the impact of buy-options and the corresponding buy-price on revenues and bidding behavior in (online) proxy-auctions with independent private valuations. We show that temporary buy-options may reduce revenues for two reasons: At low buy-prices, the...

This paper analyzes the trade of an indivisible good within a two-stage mechanism, where a seller first negotiates with one potential buyer about the price of the good. If the negotiation fails to produce a sale, a second 'price sealed' bid auction with an additional buyer is conducted. The...

We develop a novel theory of real estate foreclosure auctions, which have the special feature that the lender acts as a seller for low and as a buyer for high prices. The theory yields several empirically testable predictions concerning the strategic behavior of the agents, both under symmetric...

In Buy-It-Now auctions, sellers can post a take-it-or-leave-it price offer prior to an auction. While the literature almost exclusively looks at buyers in such combined mechanisms, the current paper summarizes results from the sellers' point of view. Buy-It-Now auctions are complex mechanisms...

We consider a general mechanism design setting where each agent can acquire covert information before participating in the mechanism. The central question is whether a mechanism exists which provides the efficient incentives for information acquisition ex-ante and implements the efficient...

Blockchain implementations of auctions have to deal with the problem of front-running: block production happens at discrete intervals, and anyone can inspect and react to the incoming bids before they are written on chain. The presence of smart contracts among bidders, a hallmark of automated...

The contest entails one prize and n potential bidders. Each bidder receives a signal about the value of the prize and has a signal-dependent probability of participation. All bidders bear a cost of bidding that is an increasing function of their bids. It is shown that the contest organizer...

This paper examines the effects of disclosing the actual number of bidders in contests with endogenous stochastic entry. I study a standard all-pay auction in which bidders' valuations are commonly known but their participation decisions private. Each potential bidder has to incur an entry cost...

This paper investigates whether a contest organizer should disclose private information about bidders' abilities in an all-pay auction. Bidders' abilities are affiliated through an underlying state of the world and are accessible by the contest organizer. The organizer decides whether to...