We investigate asset returns around banking crises in 44 advanced and emerging economies from 1960 to 2018. In contrast to the view that buying assets during banking crises is a profitable long-run strategy, we find returns of equity and other asset classes generally underperform after banking...

Alternative Mutual Funds (AMFs) follow strategies similar to those of hedge funds and seek returns uncorrelated with the market. We analyze the performance of AMFs for the period January, 1998 through December, 2011 using the Carhart four-factor model and the Fung-Hsieh seven-factor model. Our...

The arithmetic mean-variance efficient frontier shows that taking more risk is always rewarded with higher expected arithmetic return. However, expected arithmetic return is a poor indicator of long-term arithmetic return, which corresponds to expected continuous return. For the continuous...

The strategy of buying and holding “net nets” has been advocated by deep value investors for decades, but systematic studies of the returns to such a strategy are few. We detail the returns generated from a net nets strategy implemented from 1984 - 2008, and then attempt to explain the...

We re-examine US mutual fund performance persistence. We investigate persistence (i) using both “academic” factor models and “practitioner” index models, (ii) using decile-size recursive portfolios and also portfolios formed from smaller numbers of funds, (iii) using nonparametric...

Motivated by the observation that elderly liquidate their mutual fund holdings regularly, we examine whether mortality patterns have a predictable impact on aggregate mutual fund flows and asset prices. Our key conjecture is that periods with high mortality rates would be associated with higher...

We examine the relative weights hedge fund investors attach to past information in the fund selection process. The weighting scheme appears inconsistent with the one of econometric forecast models that predict fund returns, alphas or Sharpe ratios. In particular, investor flows are highly...

Classical asset allocation methods have assumed that the distribution of asset returns is smooth, well behaved with stable statistical moments over time. The distribution is assumed to have constant moments with e.g., Gaussian distribution that can be conveniently parameterised by the first two...