Market Risk Factors
Paper Session
Friday, Jan. 7, 2022 10:00 AM - 12:00 PM (EST)
- Chair: Hanno Nico Lustig, Stanford University
Duration-Based Stock Valuation: Reassessing Stock Market Performance and Volatility
Abstract
Using a panel of international government bond data, I construct fixed income portfolios that match the duration of the dividend strips of the local aggregate stock market index. I find that these bond portfolios have performed as well as their stock counterparts in the past half century while exhibiting similar (or even higher) levels of volatility. These results provide a novel perspective on both the equity risk premium and excess volatility puzzles (bubbles). I present several potential explanations, and discuss further the implications for macroeconomics, monetary economics, asset pricing, and corporate finance. The results can not be explained by net stock repurchases.More than 100% of the Equity Premium: How Much Is Really Earned on Macroeconomic Announcement Days?
Abstract
One can earn well over 100% of the equity premium on macroeconomic announcement days identified by the prior literature. Inadvertent sample selection combined with announcements clustering at times of known seasonalities produce this too-much-return puzzle. Including all monthly announcement series eliminates this sample selection bias. Day-of-the-month fixed effects control for the announcement clustering. Macroeconomic announcements as a whole are responsible for about half of the equity premium. This smaller premium earned over more days means Sharpe ratios are similar on announcement and non-announcement days. Simulations show the observed concentrations of the equity premium in a few announcement series, e.g., FOMC, ex-post is likely even when those series are ex-ante identical to all others. A higher CAPM slope on macroeconomic announcement days is not evidence that those days are special. It is a mechanical result of high ex-post market returns.Discussant(s)
Francois Gourio
,
Federal Reserve Bank of Chicago
Niels Gormsen
,
University of Chicago
Valentin Haddad
,
University of California-Los Angeles
JEL Classifications
- G0 - General