The ABCs of RBCs is the first book to provide a basic introduction to Real Business Cycle (RBC) and New-Keynesian models. These models argue that random shocks—new inventions, droughts, and wars, in the case of pure RBC models, and monetary and fiscal policy and international investor risk aversion, in more open interpretations—can trigger booms and recessions and can account for much of observed output volatility. George McCandless works through a sequence of these Real Business Cycle and New-Keynesian dynamic stochastic general equilibrium models in fine detail, showing how to solve them, and how to add important extensions to the basic model, such as money, price and wage rigidities, financial markets, and an open economy. The impulse response functions of each new model show how the added feature changes the dynamics. The ABCs of RBCs is designed to teach the economic practitioner or student how to build simple RBC models. Matlab code for solving many of the models is provided, and careful readers should be able to construct, solve, and use their own models. In the tradition of the “freshwater” economic schools of Chicago and Minnesota, McCandless enhances the methods and sophistication of current macroeconomic modeling.

Modern business cycle theory and growth theory uses stochastic dynamic general equilibrium models. In order to solve these models, economists need to use many mathematical tools. This book presents various methods in order to compute the dynamics of general equilibrium models. In part I, the representative-agent stochastic growth model is solved with the help of value function iteration, linear and linear quadratic approximation methods, parameterised expectations and projection methods. In order to apply these methods, fundamentals from numerical analysis are reviewed in detail. In particular, the book discusses issues that are often neglected in existing work on computational methods, e.g. how to find a good initial value. In part II, the authors discuss methods in order to solve heterogeneous-agent economies. In such economies, the distribution of the individual state variables is endogenous. This part of the book also serves as an introduction to the modern theory of distribution economics. Applications include the dynamics of the income distribution over the business cycle or the overlapping-generations model. In an accompanying home page to this book, computer codes to all applications can be downloaded.

While the theoretical development of DSGE models is not overly difficult to understand, practical application remains somewhat complex. The literature on this subject has some significant obscure points. This book can be thought of, firstly, as a tool to overcome initial hurdles with this type of modeling. Secondly, by showcasing concrete applications, it aims to persuade incipient researchers to work with this methodology. In principle, this is not a book on macroeconomics in itself, but on tools used in the construction of this sort of models. It strives to present this technique in a detailed manner, thereby providing a step by step course intended to walk readers through this otherwise daunting process. The book begins with a basic Real Business Cycle model. Subsequently various frictions are gradually incorporated into a standard DSGE model: imperfect competition; frictions in prices and in wages ; habit formation; non-Ricardian agents; adjustment cost in investment; costs of not using the maximum installed capacity; and finally, Government.

Energy consumption and production have major influences on the economy, environment, and society, but in return they are also influenced by how the economy is structured, how the social institutions work, and how the society deals with environmental degradation. The need for integrated assessment of the relationship between energy, economy, environment, and society is clear, and this handbook offers an in-depth review of all four pillars of the energy-economy-environment-society nexus. Bringing together contributions from all over the world, this handbook includes sections devoted to each of the four pillars. Moreover, as the financialization of commodity markets has made risk analysis more complicated and intriguing, the sections also cover energy commodity markets and their links to other financial and non-financial markets. In addition, econometric modeling and the forecasting of energy needs, as well as energy prices and volatilities, are also explored. Each part emphasizes the multidisciplinary nature of the energy economics field and from this perspective, chapters offer a review of models and methods used in the literature. The Routledge Handbook of Energy Economics will be of great interest to all those studying and researching in the area of energy economics. It offers guideline suggestions for policy makers as well as for future research.

These essays bring together a progression in monetary theory. The major theme that runs through all of the chapters is that in order to do monetary economics well in general equilibrium, it helps to have a good money demand underlying the theory. A proper underlying money demand sets up arguably the best foundation from which to make extensions of monetary economics from the basic model. At the same time that money demand is modelled, this also “endogenizes” the velocity of money. This has been a challenge in the literature that these essays solve and then use to extend basic neoclassical growth and business cycle theory. Solving this problem, in a way that is a natural, direct, and “micro-founded” extension of the standard monetary theory is the first major contribution of the collection. The second major contribution is the extension of the neoclassical monetary models, using this solution, to reinvigorate classic issues of monetary economics and take them to the frontier.

This book introduces physics students to concepts and methods of finance. Despite being perceived as quite distant from physics, finance shares a number of common methods and ideas, usually related to noise and uncertainties. Juxtaposing the key methods to applications in both physics and finance articulates both differences and common features, this gives students a deeper understanding of the underlying ideas. Moreover, they acquire a number of useful mathematical and computational tools, such as stochastic differential equations, path integrals, Monte-Carlo methods, and basic cryptology. Each chapter ends with a set of carefully designed exercises enabling readers to test their comprehension.

Using nothing more than undergraduate mathematical skills this book takes the reader from basic IS-LM style macro models to the state of the art literature on Dynamic Stochastic General Equilibrium. Dealing with all major topics it summarizes important approaches and provides a coherent angle on macroeconomic thought.

This contributed volume presents the outcomes of multidisciplinary studies on the problem of sustainable economic development. The key issues addressed here are economic transformation, crisis management, formation and implementation of industrial policy in the innovative economy, and the development of individual industries (oil refining, transport, education, tourism, the financial sector, etc.), as well as the problem of resistance to changes in the economy. Special attention is paid to economic growth under unstable conditions and the impact of digitalization on the development of economic processes. This book is dividided into five parts, the first of which deals with factors and conditions determining the sustainable development of different socio-economic systems, as well as issues in connection with the post-crisis development of regional economies. In turn, the second part is devoted to an analysis of the innovative development of the economy, risk assessment for innovation projects, readiness for changes and innovations, and various instruments of innovative economic development. Prospects for the digitalization of the economy and the current changes in economic systems caused by digitalization are considered in the third part of the book. In the fourth part, the authors discuss the specific features of labor market development, and professional competencies that will be essential to the sustainable development of the economy. In closing, the fifth part presents sectoral and intra-organizational aspects of sustainable economic development.

“The best running book ever.” —Bob Anderson, founder of Runner’s World Whether you’re a miler or an ultramarathoner, if you want a fit, fast, and injury-resistant running body, there’s a better way to train than relentlessly pursuing mileage. This easy-to-use workout manual draws on the latest research in running physiology to target all the components that go into every stride—including muscles, connective tissue, cardiovascular fitness, energy production, the nervous system, hormones, and the brain. With the breakthrough whole-body training program in Build Your Running Body, runners will improve their times, run longer and more comfortably, and reduce injury. With more than 150 workouts—from weightlifting and cross-training to resistance exercises and plyometrics—fine-tuned to individual skill levels and performance goals, PLUS: • 393 photos that make it easy to follow every step of every workout • 10 training programs to help runners of all levels integrate the total-body plan into their daily routines • Interviews with leading runners, exercise scientists, and coaches—learn how elite runners train today • Race strategy for the crucial weeks leading up to the competition and through to the finish line • Exercises to prevent injury and rehabilitate common running ailments • Seasoned insight on barefoot running, the pros and cons of stretching, and other hot-button topics • Nutrition guidance on carbs, proteins, fats, and weight loss • More than 30 recipes to speed recovery and cement fitness gains • Beginners’ guidelines every step of the way • Valuable tips on proper apparel, tracking your progress, and more!

Methods in Reaction Dynamics is a collection of lectures given at the 1999 Mariapfarr Workshop in Theoretical Chemistry. Arranged as a series of detailed reviews, it provides an overview of quantum mechanical techniques used to describe and simulate the dynamics and kinetics of elementary chemical reactions. The volume provides in-depth discussions of selected topics in Theoretical Chemistry, such as quantum methods in theoretical and computational reaction dynamics and kinetics; time-dependent, time-independent and mixed quantum-classical techniques. Some of the topics have not been reviewed before in detail.