Maison d'édition: IRENA
Geopolitics of the energy transition: Critical materials provides comprehensive insights into the significance of critical materials, examining their associated geopolitical implications and offering recommendations for a sustainable and efficient global energy transition.
Crustaceology is the scientific study of crustaceans, a diverse and fascinating group of arthropods that include species such as crabs, lobsters, shrimps, and barnacles. These creatures are among the most ancient and widely distributed organisms on Earth, inhabiting every marine, freshwater, and even terrestrial environment. The study of crustaceans offers essential insights into evolutionary biology, ecology, and the intricate relationships between species and their environments. Crustaceans have existed for over 500 million years, evolving into a vast array of forms that range from microscopic copepods to the giant Japanese spider crab, with a leg span of up to 12 feet. This remarkable diversity has made crustaceans one of the most successful and adaptable groups of animals. Their ability to thrive in such varied environments—from the deepest ocean trenches to the highest mountain peaks—demonstrates their resilience and complexity. One of the key characteristics of crustaceans is their exoskeleton, made of chitin, which provides both structure and protection. These hard outer shells, which must be periodically shed in a process known as molting, are integral to their survival. Molting allows crustaceans to grow, but it also leaves them vulnerable until their new exoskeleton hardens. This unique adaptation has allowed crustaceans to evolve into highly specialized forms, each suited to specific niches in ecosystems around the world.Voir livre
Are you looking for an action plan to maximize your Investing Strategies?Would you like to get rich with trading?Do you want to know which are the risks, how to control them, and not to lose your profits?Are you tired of making paltry profits?Why does that weirdo get so rich with investments?How did that man get all of that money? If this is what you've been wandering… well, get in line! You are facing the tough world of investments and trading. Sure, you are original, determined and highly skilled in your field, daily trying to win the market; but, somehow, you keep losing, while that pimply teenager with some unknown strategies gets rich. There's nothing more frustrating! What's missing to your trading career? A strategy! And, lucky you, we've got what's right for you. You will stop working hard for poor incomes. You will acquire up to date knowledge to make higher revenues with less effort. Here's what you'll find in these 6 manuscripts Manuscript 1: FINANCIAL MARKETS The Best Beginner's Guide Manuscript 2: TRADING PSYCHOLOGY Change your Mindset and Achieve your Success Manuscript 3: STOCK MARKET Quickstart Guide to Financial Freedom Manuscript 4: FOREX TRADING Mastering the Global Foreign Exchange Market Manuscript 5: DAY TRADING The Ultimate Guide Manuscript 6: CRYPTOCURRENCY INVESTING Blockchain Revolution 2022 Well, these are the tools you needed, the only step missing is your action! WHAT ARE YOU WAITING FOR? HIT THAT BUY NOW BUTTON!!!Voir livre
The origins of the digital revolution can be traced back to several key developments in technology, many of which were shaped by visionary thinkers and groundbreaking innovations. At the heart of this transformation was the invention of the computer, a device that would later evolve into the complex machines that now permeate every aspect of modern life. Early computing, which began in the 1930s and 1940s, was initially limited to large, cumbersome machines used by governments and research institutions. These machines, like the ENIAC and the UNIVAC, were monumental in size and expensive to maintain, but they laid the groundwork for the digital age that would follow. The true revolution, however, began with the development of the microprocessor in the 1970s. This small, powerful component allowed computers to shrink in size, becoming affordable for individuals and small businesses. Companies like Intel and AMD played pivotal roles in creating chips that would power everything from personal computers to smartphones. The release of the first microprocessor-powered personal computers in the late 1970s and early 1980s, such as the Apple II and the IBM PC, marked the beginning of a new era in computing. Parallel to the rise of personal computing was the development of the internet, which would fundamentally change how people connect with one another and access information. The internet's roots can be traced to the 1960s, when the U.S. Department of Defense developed ARPANET, a network designed to share information across computers in a decentralized manner. As the internet expanded during the 1990s, it transformed from a tool for academic and government use into a platform for businesses and individuals alike. The introduction of the World Wide Web, developed by Tim Berners-Lee in 1991, made the internet more accessible and user-friendly, leading to the explosion of online content and services that would define the digital age.Voir livre
Physics is the language of the universe, and mathematics is the foundation upon which it is built. From the fundamental equations that describe motion and energy to the advanced techniques used in modern physics research, mathematical methods are essential for understanding and predicting physical phenomena. Mathematical physics provides the rigorous framework needed to express the laws of nature, while computational methods enable scientists to solve complex equations, simulate physical systems, and analyze vast amounts of data. In this collection, we explore the essential mathematical techniques used by physicists, including calculus, differential equations, linear algebra, and group theory. We also delve into computational physics, where numerical simulations and algorithmic problem-solving play a crucial role in advancing scientific discovery. Whether modeling the behavior of quantum systems, simulating planetary motion, or analyzing chaotic systems, the fusion of mathematics and computation provides the tools necessary to push the boundaries of our understanding. This book is an essential resource for anyone looking to grasp the powerful techniques that drive modern physics.Voir livre
Transform Your Web App Development Journey with MERN and AI Book Description With AI applications driving a projected $15. 7 trillion boost to the global economy by 2030, combining AI with the popular MERN stack has become a game-changer for developers and businesses alike. Mastering AI App Development with MERN Stack is a hands-on guide designed for developers ready to bring AI capabilities to their MERN applications, covering everything from foundational machine learning to advanced, real-world solutions. Starting with the essentials of setting up a MERN development environment, the book guides readers through machine learning basics in JavaScript, enabling AI integration with Node. js and TensorFlow. js. Each chapter provides practical insights into building intelligent interfaces with React, effective data handling with MongoDB, and AI middleware using Express. js. Readers will learn to create features like AI-powered chatbots, image and voice recognition, and personalized recommendation systems. Real-world scenarios and case studies demonstrate how AI can elevate MERN applications. Table of Contents 1. Introduction to AI and the MERN Ecosystem 2. Setting Up the MERN Development Environment 3. Fundamentals of Machine Learning with JavaScript 4. Implementing AI with Node. js and TensorFlow. js 5. Creating Intelligent User Interfaces with React 6. Data Management for AI with MongoDB 7. Building AI Middleware with Express. js 8. Crafting AI-Powered Chatbots 9. Image and Voice Recognition Capabilities 10. Personalization with Recommendation Systems 11. Deploying MERN and AI Applications 12. Security Practices for AI-Enabled MERN Applications 13. Scaling AI Features in Production 14. Emerging Trends in AI and MERN Development 15. Case Studies and Real-World Success Stories IndexVoir livre
“One of the best accounts of the reality of gentrification and urban development in China . . . grounded with solid historical, ethnographic and legal evidence” (Urban Studies). In recent decades, the centuries-old city of Shanghai has been demolished and rebuilt into a gleaming megacity. With its world famous skyscrapers, it now ranks with New York and London as a hub of global finance. But that transformation has come at a grave human cost. In Shanghai Gone, Qin Shao applies the concept of domicide—the eradication of a home against the will of its dwellers—to the sweeping destruction of neighborhoods, families, and life patterns that made way for the new Shanghai. Shao gives voice to the holdouts and protesters who resisted domicide and demanded justice. She follows, among others, a reticent kindergarten teacher turned diehard petitioner; a descendant of gangsters and squatters who has become an amateur lawyer for evictees; and a Chinese Muslim who has struggled to recover his ancestral home in Xintiandi, an infamous site of gentrification dominated by a well-connected Hong Kong real estate tycoon. Highlighting the wrenching changes spawned by China’s reform era, Shao vividly portrays the corrupt and rapacious pursuit of growth and profit, the personal wreckage it has left behind, and the enduring human spirit it has unleashed.Voir livre
