This paper analyzes the private provision of public goods where consumers interact within a fixed network structure and may benefit only from their direct neighbors' provisions. We present a proof of the existence and uniqueness of a Nash equilibrium for general networks and best-reply...

We model a bipartite network in which links connect agents with public goods. Agents play a voluntary contribution game in which they decide how much to contribute to each public good they are connected to. We show that the problem of finding a Nash equilibrium can be posed as a non-linear...

A social planner allocates heterogeneous capital, which determines agents' cost of providing local public goods. Given a capital allocation, agents choose equilibrium efforts. Using a first-order approximation, we uncover a tradeoff between allocating productive capital to central and periphery...

This paper studies adaptive learning in the class of weighted network games. This class of games includes applications like research and development within interlinked firms, crime within social networks, the economics of pollution, and defense expenditures within allied nations. We show that...

In this paper, we show that a concept of aggregation can hold in large network games with linear best replies. Breaking up large networks into smaller subnetworks, which can be replaced by representative players, leads to a coarse-grained description of strategic interactions. This method of...

In this paper, we show that a concept of aggregation can hold in network games. Breaking up large networks into smaller pieces, which can be replaced by representative players, leads to a coarse-grained description of strategic interactions. This method of summarizing complex strategic...

This study investigates how people provide public goods in a network formation game. In this game, players first form a network through bilateral linking, with or without a link cost, and then contribute to a public good, which can benefit both themselves and their direct neighbors....

We model a bipartite network in which links connect agents with public goods. Agents play a voluntary contribution game in which they decide how much to contribute to each public good they are connected to. We show that the problem of finding a Nash equilibrium can be posed as a non-linear...

We propose a novel mechanism to mitigate the provisions of public bads in large groups. In the baseline setup, players choose their neighbors, and a greater number of neighbors brings benefits. They also decide whether to provide a public bad that yields benefits to themselves but imposes costs...

We consider a model of local public goods in a random network context. The influence network determines (exogenously) who observes whom every period and comprises a wide array of options depending on the degree distribution and the in/out-degree correlations. We show that there exists a unique...