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Method of moments. --- Wave propagation. --- High power lasers. --- Nonlinear equations. --- Atmospheric stratification. --- Earth atmosphere. --- Adaptive optics.

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Computational electromagnetics. --- Method of moments. --- Radar cross sections. --- Taylor series. --- Frequency response.

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This paper deals with the potential positive effect of financial development on economic growth, also known as the Finance-Growth Nexus. Much uncertainty and contradiction surround the subject matter. Based on the uncertain problem set at hand, the purpose of this study is to reduce ambiguity and provide a basis for future, more detailed research. The paper aims to add value by further refining the theoretical definition of financial development, as well as further developing empirical measurement. Furthermore, a large set of financial development variables and different estimation techniques are systematically tested against a harmonized data set, in order to increase the neutrality and comparability of results. However, results of various regression iterations were neither stable, nor always fully comparable due to changes in sample composition. Ergo, the high degree of uncertainty remains, and the author cannot reject the Null Hypothesis that there is no stable correlation between financial development and economic growth. There are many different potential explanations, but all lead to the same conclusion. Perhaps the mechanisms, interrelations and potential effects of financial development on economic growth cannot be measured from a macro perspective. Instead, focusing on a micro approach in future research could potentially add value.

financial development, Financial Development Index, Finance-Growth Nexus, economic growth, Principal Component Analysis, growth empirics, Pooled Mean Group Estimation, Generalized Method of Moments Estimation --- Sciences économiques & de gestion > Macroéconomie & économie monétaire

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Dielectric devices --- Metallic composites --- Electromagnetic waves --- Moments method (Statistics) --- Method of moments (Statistics) --- Mathematical statistics --- Distribution (Probability theory) --- Electromagnetic energy --- Electromagnetic radiation --- Electromagnetic theory --- Waves --- Metal composites --- Metal matrix composites --- Composite materials --- Metals --- Devices, Dielectric --- Dielectrics --- Mathematical models. --- Electric properties --- Mathematical models --- Dielectric devices - Mathematical models --- Metallic composites - Electric properties - Mathematical models --- Electromagnetic waves - Mathematical models

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Moments method (Statistics) --- Integro-differential equations --- Electromagnetism --- Maxwell equations --- Numerical solutions --- Data processing --- -Maxwell equations --- -Moments method (Statistics) --- FDTD --- Maxwellvergelijkingen --- elektrodynamica --- golven --- stabiliteit --- antennes --- finite-difference time-domain method --- elektromagnetisme --- Method of moments (Statistics) --- Mathematical statistics --- Distribution (Probability theory) --- Equations, Maxwell --- Differential equations, Partial --- Electromagnetic theory --- Integrodifferential equations --- Differential equations --- Integral equations --- Electromagnetics --- Magnetic induction --- Magnetism --- Metamaterials --- Electromagnetism. --- Numerical solutions. --- Data processing. --- Moments method (Statistics). --- Numerical analysis --- Integro-differential equations - Numerical solutions --- Maxwell equations - Data processing --- Maxwell equations - Numerical solutions