Waves of Influence brings fresh attention to connections among regions often seen as isolated from one another. Drawing upon recent models of globalization alongside methods such as computer simulation and iconographic analysis, authors present individual case studies to demonstrate how each region participated in its own distinct network.
Rediscover the superpower that makes good things happen, from the professor behind Yale School of Management's most popular class “The new rules of persuasion for a better world.”—Charles Duhigg, author of the bestsellers The Power of Habit and Smarter Faster Better You were born influential. But then you were taught to suppress that power, to follow the rules, to wait your turn, to not make waves. Award-winning Yale professor Zoe Chance will show you how to rediscover the superpower that brings great ideas to life. Influence doesn’t work the way you think because you don’t think the way you think. Move past common misconceptions—such as the idea that asking for more will make people dislike you—and understand why your go-to negotiation strategies are probably making you less influential. Discover the one thing that influences behavior more than anything else. Learn to cultivate charisma, negotiate comfortably and creatively, and spot manipulators before it’s too late. Along the way, you’ll meet alligators, skydivers, a mind reader in a gorilla costume, Jennifer Lawrence, Genghis Khan, and the man who saved the world by saying no. Influence Is Your Superpower will teach you how to transform your life, your organization, and perhaps even the course of history. It’s an ethical approach to influence that will make life better for everyone, starting with you.
Make Waves encourages readers to step up and be the one to initiate change in their work and lives. Author Patti B. Johnson walks readers through the tools and techniques that they can use to create change in their own situations; elaborating on these tools gives readers a sense of how to encourage and instill these "wave-making" behaviors within their organization. Using case studies as illustrative examples, Make Waves highlights the important steps that individuals can take toward positive change, bridging the gap between desires and actions necessary to realize bigger changes. This new edition provides a more current and timely view of change with the expansion of the section on the mindset of a Wave Maker and more current examples. New areas of focus are: How our thoughts drive our readiness to change Our personal "backpacks" and what we carry with us into every situation regardless of the facts, and the importance of knowing our "go-to’s" and triggers Our habits drive almost half of our daily decisions, yet a change requires us to approach our work and life differently The most common obstacles to thinking like a Wave Maker
During the Conference on Air-Sea Interaction in January 1986, it was suggested to me by David Larner of Reidel Press that it may be timely for an updated compendium of air-sea interaction theory to be organized, developed, and published. Many new results were emerging at the time, i.e., results from the MARSEN, MASEX, MILDEX, and TOWARD field projects (among others) were in the process of being reported and/or published. Further, a series of new experiments such as FASINEX and HEXOS were soon to be conducted in which new strides in our knowledge of air-sea fluxes would be made. During the year following the discussions with David Larner, it became apparent that many of the advances in air-sea interaction theory during the 1970s and 1980s were associated with sponsor investments in satellite oceanography and, in particular, remote sensing research. Since ocean surface remote sensing, e.g., scatterometry and SAR, requires intimate knowledge of ocean surface dynamics, advances in remote sensing capabilities required coordinated research in air-sea fluxes, wave state, scattering theory, sensor design, and data exploitation using environmental models. Based on this interplay of disciplines, it was decided that this book be devoted to air sea interaction and remote sensing as multi-disciplinary activities.
One of "The Most Fascinating Books WIRED Read in 2020" "One part science book, one part historical narrative, one part memoir . . . harrowing and inspiring.”—The Wall Street Journal How a determined scientist cracked the case of the first successful—and disastrous—submarine attack On the night of February 17, 1864, the tiny Confederate submarine HL Hunley made its way toward the USS Housatonic just outside Charleston harbor. Within a matter of hours, the Union ship’s stern was blown open in a spray of wood planks. The explosion sank the ship, killing many of its crew. And the submarine, the first ever to be successful in combat, disappeared without a trace. For 131 years the eight-man crew of the HL Hunley lay in their watery graves, undiscovered. When finally raised, the narrow metal vessel revealed a puzzling sight. There was no indication the blast had breached the hull, and all eight men were still seated at their stations—frozen in time after more than a century. Why did it sink? Why did the men die? Archaeologists and conservationists have been studying the boat and the remains for years, and now one woman has the answers. In the Waves is much more than just a military perspective or a technical account. It’s also the story of Rachel Lance’s single-minded obsession spanning three years, the story of the extreme highs and lows in her quest to find all the puzzle pieces of the Hunley. Balancing a gripping historical tale and original research with a personal story of professional and private obstacles, In the Waves is an enthralling look at a unique part of the Civil War and the lengths one scientist will go to uncover its secrets.
Electromagnetic Waves 1 examines Maxwell’s equations and wave propagation. It presents the scientific bases necessary for any application using electromagnetic fields, and analyzes Maxwell’s equations, their meaning and their resolution for various situations and material environments. These equations are essential for understanding electromagnetism and its derived fields, such as radioelectricity, photonics, geolocation, measurement, telecommunications, medical imaging and radio astronomy. This book also deals with the propagation of electromagnetic, radio and optical waves, and analyzes the complex factors that must be taken into account in order to understand the problems of propagation in a free and confined space. Electromagnetic Waves 1 is a collaborative work, completed only with the invaluable contributions of Ibrahima Sakho, Hervé Sizun and JeanPierre Blot, not to mention the editor, Pierre-Noël Favennec. Aimed at students and engineers, this book provides essential theoretical support for the design and deployment of wireless radio and optical communication systems.
Electromagnetic Waves 2 examines antennas in the field of radio waves. It analyzes the conditions of use and the parameters that are necessary in order to create an effective antenna. This book presents antennas’ definitions, regulations and fundamental equations, and describes the various forms of antennas that can be used in radio: horns, waveguides, coaxial cables, printed and miniature antennas. It presents the characterization methods and the link budgets as well as the digital methods that make the fine calculation of radio antennas possible. Electromagnetic Waves 2 is a collaborative work, completed only with the invaluable contributions of Ibrahima Sakho, Hervé Sizun and JeanPierre Blot, not to mention the editor, Pierre-Noël Favennec. Aimed at students and engineers, this book provides essential theoretical support for the design and deployment of wireless radio and optical communication systems.
The book starts from the existed problems in fault analysis of the lumped-parameter circuit model. It firstly introduces the basic electromagnetic phenomenon, uniform transmission line guided electromagnetic waves, multi-conductor system guided electromagnetic waves, fault generated travelling waves; then it introduces series of the traveling waves based protections, which includes principle, technology and application in practical power grid; it also discusses the travelling waves based fault location and the travelling waves based fault feeder selector in China. It systemically reveals the essential features of the fault traveling wave and concludes the analytical solutions of the transient fault traveling waves and the modulus maxima representation of the dyadic wavelet transform of fault traveling waves. Finally, the book analyzes the acquisition of traveling waves and the sensor’s characteristics. A unique fault travelling wave test device has been invented based on the theories of the book and will be applied in real systems.
