Publication Type
Master Thesis
Version
publishedVersion
Publication Date
2008
Abstract
There has been increasing research on the cross-sectional relation between stock return and volatility. Conclusions are, however, mixed, partially because volatility or variance is modeled or parameterized in various ways. This paper, by using the Jiang and Tian (2005)'s model-free method, estimates daily option implied volatility for all US individual stocks from 1996:01 to 2006:04, and then employs this information to extract monthly volatilities and their idiosyncratic parts for cross-sectional regression analyses. We follow the Fama and French (1992) cross-sectional regression procedure and show that each of the 4 monthly measures of change of total volatility, total volatility, expected idiosyncratic variance, and expected idiosyncratic volatility is a negative priced factor in the cross-sectional variation of stock returns. We also show that the negative correlation between return and total volatility or expected idiosyncratic variance or expected idiosyncratic volatility strengthens as leverage increases or credit rating worsens. However, leverage does not play a role in the relation between return and change of total volatility. Finally, responding to recent papers, we show that the investor sentiment does not have a significant impact on the cross- sectional relation between return and volatility.
Keywords
idiosyncratic volatility discount, pricing, profitability, rate of return, stock price forecasting, stocks
Degree Awarded
MSc in Finance
Discipline
Finance and Financial Management | Portfolio and Security Analysis
Supervisor(s)
LIM, Kian Guan; TING, Christopher
Publisher
Singapore Management University
City or Country
Singapore
Citation
HAN, Hongchao.
The Cross-Section of Stock Return and Volatility. (2008).
Available at: https://ink.library.smu.edu.sg/etd_coll/41
Copyright Owner and License
Author
Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial-No Derivative Works 4.0 International License.