Fund Extreme Performance and Heterogeneous Investor Choice: Evidence From Smart Beta ETFs

ABSTRACT This study investigates how extreme return components ( MAXs ) of smart beta exchange‐traded funds (ETFs) influence heterogeneous investor choice. We find that extreme overnight returns (overnight MAXs ) have substantial ETFs' flow predictability above and beyond that provided by standard risk, performance, and market‐timing measures. This suggests that individual investors tend to choose funds based on historical overnight MAXs . The persistence of overnight MAXs supports the lottery preference theory, which posits that retail investors disproportionately focus on the likelihood of high payoff states in a fund's past return distribution. Furthermore, we demonstrate that overnight and intraday MAXs negatively and positively predict future smart beta ETFs' performance, respectively. This divergence indicates that heterogeneous investors hold varying beliefs and employ distinct trading activities with respect to those lottery‐like fund return distributions. Finally, we show that investor attention is beneficial to explain our findings.

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Publication Details

Journal
Journal of Futures Markets
Published
2026-04-14
DOI
https://doi.org/10.1002/fut.70105
Primary Topic
Financial Markets and Investment Strategies
Type
article
Field-Weighted Citation Impact
0.00
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article

Fund Extreme Performance and Heterogeneous Investor Choice: Evidence From Smart Beta ETFs

X G Liu, Youcong Chao, Yihao Huang, Hangjian Yu
Journal of Futures Markets
Financial Markets and Investment Strategies
article

Fund Extreme Performance and Heterogeneous Investor Choice: Evidence From Smart Beta ETFs

X G Liu, Youcong Chao, Yihao Huang, Hangjian Yu
article en

Abstract

ABSTRACT This study investigates how extreme return components ( MAXs ) of smart beta exchange‐traded funds (ETFs) influence heterogeneous investor choice. We find that extreme overnight returns (overnight MAXs ) have substantial ETFs' flow predictability above and beyond that provided by standard risk, performance, and market‐timing measures. This suggests that individual investors tend to choose funds based on historical overnight MAXs . The persistence of overnight MAXs supports the lottery preference theory, which posits that retail investors disproportionately focus on the likelihood of high payoff states in a fund's past return distribution. Furthermore, we demonstrate that overnight and intraday MAXs negatively and positively predict future smart beta ETFs' performance, respectively. This divergence indicates that heterogeneous investors hold varying beliefs and employ distinct trading activities with respect to those lottery‐like fund return distributions. Finally, we show that investor attention is beneficial to explain our findings.

Journal of Futures Markets
China Mobile (China) (CN), Hainan University (CN), North China Institute of Aerospace Engineering (CN)
Openalex Percentile: Top 11%
Financial Markets and Investment Strategies
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