Key research themes
1. How do macroeconomic variables influence stock market volatility in emerging markets?
This research theme focuses on empirically examining the relationship between various macroeconomic volatilities—such as inflation, interest rates, GDP, exchange rates, and money supply—and stock market volatility in emerging economies. Understanding these linkages is critical for investors, policymakers, and financial analysts because macroeconomic instability can directly or indirectly affect stock market risk and price fluctuations. The research often employs time-series econometric models like GARCH and VAR frameworks to capture conditional volatility and causality dynamics, thereby providing insights into market sensitivities and guiding portfolio risk assessment and monetary policy decisions.
2. What are the dynamic characteristics of stock market volatility in emerging markets, including persistence and leverage effects?
This theme investigates the time-varying behaviour, persistence, and asymmetry (leverage effects) of stock market volatility in emerging and frontier markets. Volatility persistence indicates how shocks to volatility endure over time, affecting risk and investment decisions. Leverage effects reveal asymmetric volatility responses to negative versus positive shocks, impacting risk premium estimation. Employing advanced econometric models such as GARCH, EGARCH, TGARCH, and their multivariate variants, researchers quantify these phenomena to understand market efficiency, risk management needs, and optimal portfolio strategies in contexts where emerging markets often display higher volatility and less informational efficiency than developed markets.
3. Can advanced econometric and artificial intelligence techniques improve the prediction and modelling of stock market volatility?
This research area delves into methodological innovations for volatility modeling by applying advanced econometric measures and AI algorithms, including neural networks, genetic algorithms, quantile-based volatility measures, and hybrid approaches. It targets overcoming limitations of traditional models (like ARCH/GARCH), especially under market anomalies, extreme price events, and non-linearities in emerging markets. The goal is to enhance volatility forecasting accuracy, enabling better risk management, derivative pricing, and portfolio optimization, and to adapt to unique volatility features in heterogeneous financial environments.