Editora: IRENA
This report provides an overview of the challenges and related policy measures required to scale up the deployment of key bioenergy applications.
Urban sociology is the study of social life, interactions, and institutions within cities and urban areas. As the global population continues to urbanize, understanding the social dynamics of cities has become increasingly important. Urban sociology examines how cities evolve, how people experience urban life, and how social, economic, and political forces shape urban environments. From towering metropolises to small urban centers, cities function as hubs of economic activity, cultural exchange, and political power. They also reflect and reinforce social inequalities, providing a unique lens through which to study contemporary social issues. The development of urban sociology as a discipline emerged in response to the rapid urbanization of the 19th and 20th centuries. Industrialization transformed rural societies into urban ones, drawing millions of people into cities in search of economic opportunities. Early sociologists, such as Georg Simmel, studied how urban life altered human interactions, emphasizing the psychological impact of living in densely populated environments. The Chicago School of Sociology, led by scholars like Robert Park and Louis Wirth, further explored urban life by analyzing migration, social organization, and spatial patterns. Their work laid the foundation for modern urban sociology by introducing key concepts such as social ecology and urban subcultures.Ver livro
A Brief History of Time is a popular science book by Stephen Hawking that aims to explain the fundamental principles of the universe in a way that’s accessible to a general audience. It covers major topics like the Big Bang, black holes, relativity, quantum mechanics, and even the possibility of time travel. Hawking uses a friendly, often humorous tone to make complex ideas easier to grasp. Main themes include:From Philosophy to ScienceHawking argues that science has taken over from philosophy as the main way we understand the universe. Through experimentation and observation, science provides more precise answers to questions that were once seen as purely philosophical or religious.The Search for a Final AnswerThe ultimate goal of science, Hawking says, is to find a unified theory that explains everything—from subatomic particles to galaxies. He sees this quest as central to human curiosity, even if it might be impossible to fully complete.The Need for Humility in ScienceThroughout the book, Hawking highlights the importance of being willing to admit mistakes and consider new ideas. Many scientists, including Einstein and Hawking himself, have revised their views as new evidence came to light. The book also encourages deeper engagement through essays and reflections. In short, A Brief History of Time is a key read for anyone interested in understanding the mysteries of the cosmos and how science helps us look for answers.Ver livro
Have you been wondering about the big issues dominating the news? Is climate change a massive threat or not? What is really going on with immigration? More importantly, how did American politics become so divided and hostile? What if we approached American social, cultural and political problems from a purely rational perspective? What if we focus on functional systems instead of division? Careful analysis of readily available data can help us discover patterns and uncover the real issues. An engineering perspective allows us to focus on what needs to be fixed rather than ideological divisions.
Finally, one of America's top engineers has brought these topics and others together in a thought-provoking book. This book is rooted in history, facts, and logic, and it lays out solutions to America's problems. A book focused to get Americans talking to one another again, so we can rise to the occasion and solve today's problems together.
William Taggart has over thirty years as a professional engineer in industry. He has travelled the world, building some of industry’s biggest projects and solving some of their thorniest problems. Now, he has applied analytical skills developed in industry, coupled with his natural inquisitiveness and thirst for creative solutions, to the problems of modern-day American politics. Seeking answers to questions many of us have been asking, he has focused his keen mind on researching these, and other big issues. He invites everyone to think about what America really needs.
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This is Issue 97 of Cosmos, a quarterly science magazine. Produced by The Royal Institution of Australia, Cosmos aims to inspire curiosity in 'The Science of Everything' and make the world of science accessible to everyone.Ver livro
Large language models (LLMs) and generative AI are rapidly changing the healthcare industry. These technologies have the potential to revolutionize healthcare by improving the efficiency, accuracy, and personalization of care. This practical book shows healthcare leaders, researchers, data scientists, and AI engineers the potential of LLMs and generative AI today and in the future, using storytelling and illustrative use cases in healthcare. Authors Kerrie Holley and Manish Mathur, former Google healthcare professionals, guide you through the transformative potential of large language models (LLMs) and generative AI in healthcare. From personalized patient care and clinical decision support to drug discovery and public health applications, this comprehensive exploration covers real-world uses and future possibilities of LLMs and generative AI in healthcare. With this book, you will: understand the promise and challenges of LLMs in healthcare; learn the inner workings of LLMs and generative AI; explore automation of healthcare use cases for improved operations and patient care using LLMs; dive into patient experiences and clinical decision-making using generative AI; review future applications in pharmaceutical R&D, public health, and genomics; and understand ethical considerations and responsible development of LLMs in healthcare.Ver livro
Design and Build Scalable Solutions on the AWS Serverless Ecosystem. Book Description AWS Lambda, a key component of AWS Serverless Computing, has transformed application development by allowing developers to focus on code rather than infrastructure. [Mastering Serverless Computing with AWS Lambda] is a must-have guide for leveraging AWS Lambda to build efficient, cost-effective serverless cloud solutions. This book guides readers from serverless basics to advanced deployment, offering practical approaches to building resilient, scalable applications. Beginning with an introduction to serverless computing, the book explores AWS Lambda fundamentals, covering invocation models, service integrations, and event-driven design. Practical insights into hyper-scaling, instrumentation, and designing for failure empower readers to create robust, production-ready solutions. This guide covers core concepts of serverless computing, including optimizations, automation, and strategies to navigate potential pitfalls. It emphasizes AWS Lambda’s resiliency, scalability, and disaster recovery, using real-world examples to showcase best practices. Each chapter offers in-depth examples, edge computing scenarios, and proven patterns to help readers develop optimized serverless architectures. By the end, readers will gain a comprehensive understanding of AWS Lambda, equipping them to design sophisticated systems that meet modern cloud demands and drive innovation within their organizations. Table of Contents 1. Introduction to Serverless Computing 2. AWS Lambda Basics 3. Invocation Models and Service Integrations 4. Event-Driven Design with Lambda 5. Hyper-Scaling with Lambda 6. Instrumenting Lambda 7. Resiliency and Design for Failure 8. Lambda-Less Design 9. Edge Computing 10. Patterns and Practices IndexVer livro
