Contagion and Return Predictability in Asset Markets: An Experiment With Two Lucas Trees

Charles Noussair, Andreea Victoria Popescu

Research output: Working paperOther research output

Abstract

Using a laboratory experiment, we investigate whether contagion can emerge between two risky assets despite an absence of correlation in their fundamentals. To guide our experimental design, we use the ‘Two trees’ asset pricing model developed by Cochrane, Longstaff and Santa-Clara (2007). We draw on the model to make predictions regarding changes in the time-series and cross-section of returns in response to fundamental value shocks. We observe positive autocorrelation in the shocked asset, and a positive contemporaneous correlation between assets, as the model predicts. The dividend-price ratio forecasts the returns of risky assets, both in the time series and in the cross-section. There is more support for the model’s predictions in markets in which traders have greater cognitive ability.
Original languageEnglish
PublisherSSRN
Number of pages55
DOIs
Publication statusPublished - 6 Sep 2019

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Asset markets
Contagion
Experiment
Assets
Return predictability
Cross section
Traders
Prediction
Asset pricing models
Experimental design
Cognitive ability
Autocorrelation
Dividends
Contemporaneous correlation
Fundamental values
Prediction model
Laboratory experiments

Keywords

  • Contagion
  • Asset Pricing
  • Two Trees Model
  • Experimental Finance
  • Time Series Momentum
  • Return Predictability

Cite this

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Contagion and Return Predictability in Asset Markets : An Experiment With Two Lucas Trees. / Noussair, Charles; Popescu, Andreea Victoria.

SSRN, 2019.

Research output: Working paperOther research output

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