Prospects and Limits of Merger Simulations as a Computational Antitrust Tool

Stanford Computational Antitrust (Vol. 2), 2022, DOI: https://doi.org/10.51868/13

22 Pages Posted: 2 Jun 2022

See all articles by Oliver Budzinski

Oliver Budzinski

Ilmenau University of Technology

Victoriia Noskova

Ilmenau University of Technology

Abstract

Computational antitrust is gaining high attention from competition authorities worldwide. In this paper, we examine the promises and downsides of merger simulations as a tool of computational antitrust. In doing this, we first provide an overview of the working mechanisms of the merger simulation tool and then evaluate its implementation in competition policy, including the question of whether more sophisticated technologies would change analysis. We consider perspectives from industrial economics, institutional economics, and political economics. The results of the analysis show that institutions matter to reap considerable prospects of merger simulations as a computational antitrust tool.

Keywords: merger simulation, merger control, computational antitrust, antitrust, oligopoly theory, auction models, mergers & acquisitions, tools for merger control, artificial intelligence

JEL Classification: C15, K21, L40

Suggested Citation

Budzinski, Oliver and Noskova, Victoriia, Prospects and Limits of Merger Simulations as a Computational Antitrust Tool. Stanford Computational Antitrust (Vol. 2), 2022, DOI: https://doi.org/10.51868/13, Available at SSRN: https://ssrn.com/abstract=4117945

Oliver Budzinski

Ilmenau University of Technology ( email )

Ilmenau, D-98684
Germany

HOME PAGE: http://www.tu-ilmenau.de/wth

Victoriia Noskova (Contact Author)

Ilmenau University of Technology ( email )

Ilmenau, D-98684
Germany

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