有關總體經濟實驗的文獻

source: http://www.upf.edu/leex/events/bleess_2015/course_lectures.html

John Duffy

  • Overview of Macroeconomic Experiments

This lecture will expose participants to the breadth of macroeconomic topics and questions that have been explored using laboratory methods. The aim of this lecture will be to stimulate thinking about ideas for new projects that build on what has already been done. In addition, participants will be encouraged to extend laboratory methods to macroeconomic models or questions that have not been previously addressed. Methodological issues that are particularly relevant to macroeconomic experiments, e.g., implementation of discounting and infinite horizons, will also be addressed.

  • Readings:

Duffy, J. (fortcoming), “Macroeconomics: A Survey of Laboratory Research” to appear in Handbook of Experimental Economics, vol. 2, edited by John Kagel and Al Roth.

Ochs, J. (1995), “Coordination Problems,” in J. Kagel and A.E. Roth, (Eds.),The Handbook of Experimental Economics, (Princeton: Princeton University Press).

Ricciuti, R. (2005), “Bringing Macroeconomics into the Lab,” working paper, University of Siena.

Duffy, J. (1998), “Monetary Theory in the Laboratory,” Federal Reserve Bank of St. Louis Review 80, 9-26.

  • Monetary Theory

Among the central questions in monetary theory are why intrinsically worthless fiat money serves as a store of value and why it is used as a medium of exchange when other assets dominate it in rate of return. Various theories have been developed to address these fundamental questions. For instance, overlapping generations models of money may explain why fiat money has value, and search-theoretic approaches can rationalize why money is used when dominated in rate of return by other competing assets. However, the frictions in these models -overlapping generations and search frictions- make them difficult to take to field data. On the other hand, a number of laboratory studies of such models have been conducted. These lectures will outline the main findings from those studies and point out promising new extensions.

  • Literature:
  • Introduction

Duffy, J. (1998), “Monetary Theory in the Laboratory,” Federal Reserve Bank of St. Louis Review 80 (September/October), 9-26.

  • Theory:

Lucas, R.E. (1986), “Adaptive Behavior and Economic Theory,” Journal of Business 59,
S401-S426.

Wallace, N. (1980), “The Overlapping Generations Model of Fiat Money,” in J.H. Kareken and N. Wallace, Eds., Models of Monetary Economies, Federal Reserve Bank of Minneapolis

Kiyotaki, N. and R. Wright (1989), “On Money as a Medium of Exchange,” Journal of Political Economy 97, 927-54

  • Experiments:

Bernasconi, M. and Kirchkamp, O. (2000), “Why Do Monetary Policies Matter? An Experimental Study of Saving and Inflation in an Overlapping Generations Model,” Journal of Monetary Economics 46, 315-43.

Brown, P. (1996), “Experimental Evidence on Money as a Medium of Exchange,” Journal of Economic Dynamics and Control 20, 583-600.

Camera, G., Noussair, C., and Tucker, S. (2003), “Rate-of-Return Dominance and Efficiency in an Experimental Economy,” Economic Theory 22, 629-60.

Duffy, J. and J. Ochs (2002), “Intrinsically Worthless Objects as Media of Exchange: Experimental Evidence,” International Economic Review 43, 637-73.

Duffy, J. and J. Ochs (1999), “Emergence of Money as a Medium of Exchange: An Experimental Study,” American Economic Review 89, 847-77.

Lim, S. Prescott, E.C. and Sunder, S. (1994), “Stationary Solution to the Overlapping Generations Model of Fiat Money: Experimental Evidence,” Empirical Economics 19, 255-77.

Marimon, R. and Sunder, S. (1994), “Expectations and Learning under Alternative Monetary Regimes: An Experimental Approach,” Economic Theory 4, 131-62.<

Marimon, R. and Sunder, S. (1993) “Indeterminacy of Equilibria in a Hyperinflationary World: Experimental Evidence,” Econometrica 61, 1073-107.

 

Frank Heinemann

  • Understanding Financial Crises: The Contribution of Experimental Economics

The patterns of financial crises are remarkably predictable. Minsky (1972) has described these patterns by phases, some of which contain behavioural hypotheses that can be tested by laboratory experiments. Under which conditions can bubbles arise? When do they burst? Why do people herd and does herding destabilize financial markets? What triggers a bank run and how do people coordinate in an environment with multiple equilibria? This lecture will lay out experimental evidence containing some answers to these questions. In particular, we will look at experiments on games with strategic complementarities. How predictable are choices if the game has multiple equilibria and which theory is well-suited to give advice for individual behavior? Managing information flow is one of the major challenges for central banks and bank supervisors. The lecture explains what we can learn from experiments for managing information flow in the presence of strategic complementarities.

  • Literature:

Minsky, H.P. (1972), Financial Instability Revisited: the Economics of Disaster, http://fraser.stlouisfed.org/historicaldocs/dismech/download/59037/fininst_minsky.pdf

Brunnermeier, Markus, and John Morgan (2008), Clock Games: Theory and Experiments, Games and Economic Behavior, forthcoming, http://www.princeton.edu/~markus/research/papers/clock_games.pdf

Kübler, Dorothea, and Georg von Weizsäcker (2004), Limited Depth of Reasoning and Failure of Cascade Formation in the Laboratory, Review of Economic Studies 71, 425-442.

Schotter, Andrew, and Tanju Yorulmazer (2009), On the Severity of Bank Runs,  Journal of Financial Intermediation 18, 217-241.

Heinemann, Frank, Rosemarie Nagel, and Peter Ockenfels (2009), Measuring Strategic Uncertainty in Coordination Games, Review of Economic Studies 76, 181-221.

Cornand, C., and F. Heinemann (2010), Measuring Agents’ Reaction to Private and Public Information in Games with Strategic Complementarities, CESifo Working Paper 2947, http://anna.ww.tu-berlin.de/~makro/Heinemann/download/ch_3.pdf

Heinemann, Frank (2012), Understanding Financial Crises: The Contribution of Experimental Economics, Annals of Economics and Statistics, 107-108, 2012, pp. 7-29,

http://www.macroeconomics.tu-berlin.de/fileadmin/fg124/heinemann/publications/Understanding_Financial_Crises.pdf

  • Speculative Attacks and the Theory of Global Games – Experimental Tests of Global Game Predictions

Speculative attacks can be viewed upon as coordination games: if a sufficient number of traders (and a sufficient amount of capital) is involved in an attack, the pressure on foreign exchange markets forces the central bank to devaluate its currency. Then, all attacking traders gain from the devaluation. But, if the number of attackers is too small, the central bank can defend the peg, and attacking traders lose on transaction costs. Speculative-attack games have multiple equilibria if payoff functions are common knowledge. The theory of global embeds a coordination game in an environment with private information about parameters of the payoff function. If private information is sufficiently precise, the global game has a unique equilibrium. Hence, the theory of global games can be used for a unique prediction of the outcome of a speculative-attack game. This theory provides a number of hypotheses that can be tested in laboratory experiments. This lecture first presents some of the theoretical background and derives testable hypotheses. Then, it explains experiments that have been used for these tests and shows how they have been analyzed.

  • Literature:

Introduction:

Heinemann, Frank (2002), “Exchange-Rate Attack as a Coordination Game: Theory and Experimental Evidence,” Oxford Review of Economic Policy 18, 462-478.

  • Theory:

Obstfeld, Maurice (1997), “Destabilizing Effects of Exchange-Rate Escape Clauses,” Journal of International Economics, 61-77.

Carlsson, Hans and Eric van Damme (1993), “Global Games and Equilibrium Selection,” Econometrica 61, 989-1018.

Morris, S., and H.S. Shin (1998), “Unique Equilibrium in a Model of Self-Fulfilling Currency Attacks,” American Economic Review, 88, 587-597.

Heinemann, Frank (2000), “Unique Equilibrium in a Model of Self-Fulfilling Currency Attacks: Comment,” American Economic Review 90, 316-318.

Hellwig, Christian (2002), “Public Information, Private Information, and the Multiplicity of Equilibria in Coordination Games,” Journal of Economic Theory 107, pp. 191-222.

  • Experiments:

Heinemann, F., R. Nagel, and P. Ockenfels (2004), “The Theory of Global Games on Test: Experimental Analysis of Coordination Games with Public and Private Information,” Econometrica 72 (5), 2004, pp. 1583-1599.

Cornand C. (2006), “Speculative Attacks and Informational Structure: An Experimental Study,” Review of International Economics 14, 797-817.

 

Rosemarie Nagel

  • Methodology

This lecture introduces the methods of experimental economics. We will discuss what is an economic experiment (field vs lab experiment), the different areas in experimental economics and behavioral economics, the link between experimental economics, theory and empirical work, important design issues, and the link between micro and macro experiments. All this will be discussed with the classical Keynesian Beauty Contest game. This introduction is meant to give a quick introduction to those who have never followed an experimental economic course. Prior to the course we will send the participants of the summer school some classical experiments which they can do online.

  • General literature :

Akerlof, G.A. (2002), “Behavioral Macroeconomics and Macroeconomic Behavior, “American Economic Review,” 92. 411-433.

Camerer, C. (2003), “Behavioral Game Theory,” Princeton University Press

Friedman, D. and Sunder, S. (1994), Experimental Methods. Cambridge Univ. Press: Chapters 1-2: 1-20.

Roth, A.E. (1995), Introduction to Experimental Economics. In: Kagel, J.H. and Roth, A.E. (eds.): Handbook of Experimental Economics. Princeton Univ. Press: Princeton, N.J., Chapter 1: 3-109.

Plott, C. and Smith, V. (2003), Handbook of Experimental Economics Results, North-Holland, Amsterdam.

Porter, D. and Smith, V. L.Samuelson, L. (2005), “Economic Theory and Experimental Economics,” Journal of Economic Literature 43(1): 65-107.

Smith, V.L. (2002), “Method in Experiment: Rhetoric and Reality.” Experimental Economics 5(2): 91-110.

Special issue (2005), Experiment, Theory, World: A Symposium on the Role of Experiments in Economics. Journal of Economic Methodology 12(2).

Williams, A.W. (1987), “The Formation of Price Forecasts in Experimental Markets,” Journal of Money, Credit and Banking 19, 1-18.

Dwyer, Jr., G.P., A.W. Williams, R.C. Battalio and T.I. Mason (1993), “Tests of Rational Expectations in a Stark Setting,” Economic Journal 103, 586-601.

Marimon, R. and S. Sunder (1993) “Indeterminacy of Equilibria in a Hyperinflationary World: Experimental Evidence,” Econometrica 61, 1073-1107.

Hommes, C.H., J. Sonnemans, J. Tuinstra and H. van de Velden (2007), “Learning in Cobweb Experiments,” Macroeconomic Dynamics 11 (Supplement 1), 8-33.

Papers related to the Beauty Contest game

Camerer, C. F. (2003). Chapter 5, Dominance Solvable Games. Behavioral game theory: Experiments on strategic interaction. Princeton, Princeton University Press.

Vincent P. Crawford, Miguel A. Costa-Gomes, and Nagore Iriberri (2012) “Structural Models of Nonequilibrium Strategic Thinking: Theory, Evidence, and Applications,” forthcoming in Journal of Economic Literature. http://weber.ucsd.edu/~vcrawfor/CGCIJEL4April12

Antoni Bosch-Domènech , Jose García-Montalvo, Rosemarie Nagel, and Albert Satorra, “One, Two, (Three), Infinity…: Newspaper and Lab Beauty-Contest Experiments”, American Economic Review December 92 (5), 2002, pp 1687-1701.

Giorgio Coricelli, Rosemarie Nagel, “Neural correlates of depth of strategic reasoning in medial prefrontal cortex” Proceedings of the National Academy of Sciences (PNAS): Economic Sciences, PNAS June 9, 2009 vol. 106.

Nagel Rosemarie (1995), “Unraveling in Guessing Games: An Experimental Study.” American Economic Review 85,5 1313-1326.

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