Otros libros que te pueden interesar

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  Causal Inference and AI -...

  Sam Green

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  Artificial intelligence has revolutionized industries by identifying patterns and making predictions from vast amounts of data. However, the true power of AI lies not just in recognizing correlations but in understanding causation—the fundamental "why" behind events and outcomes. 
  Causal Intelligence provides a comprehensive exploration of how causal inference principles can transform AI systems from mere pattern detectors into tools capable of reasoning, decision-making, and ethical intervention. Combining the rigor of causal theory with the practicalities of modern AI, this book bridges the gap between two evolving fields to unlock groundbreaking applications in healthcare, finance, public policy, and beyond. 
  Whether you’re a data scientist, AI practitioner, researcher, or curious technologist, this book will empower you to:Grasp the fundamental differences between correlation and causation.Understand key causal inference frameworks, including Pearl's Causal Hierarchy and Rubin's Causal Model.Discover techniques for identifying causal relationships in complex data.Learn how to integrate causal reasoning into machine learning and AI systems.Explore real-world applications and case studies where causality transforms outcomes.Address fairness and ethics in AI using a causal perspective. 
  Written in an accessible yet rigorous style, Causal Intelligence serves as a roadmap for the next generation of AI systems—ones that don’t just predict the future but understand it, shape it, and improve it. Dive into the emerging world of causal AI and discover how it’s poised to redefine data-driven decision-making for the better.

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  The Quantum Darkness -...

  Dirk Fallon

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  At its core, quantum mechanics reveals that particles at the smallest scales do not adhere to the deterministic laws of classical physics. Instead, particles such as electrons and photons behave in ways that are probabilistic and inherently uncertain. One of the fundamental aspects of this theory is the dual nature of matter and light. The concept of wave-particle duality suggests that entities can exhibit both wave-like and particle-like characteristics depending on the experimental setup used to observe them. This duality led to groundbreaking experiments that demonstrated light interfering with itself and particles existing in multiple states simultaneously. 
  Central to quantum mechanics is the uncertainty principle, which posits that certain pairs of physical properties, like position and momentum, cannot both be precisely known at the same time. This principle does not imply a lack of precision in measurement techniques but rather indicates an intrinsic property of the quantum world. The probabilistic nature of these measurements means that we can only predict the likelihood of finding a particle in a particular state rather than determining its exact state. Such ideas were not only philosophically challenging but also required a fundamental rethinking of what it means to "know" something in the realm of physics.

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  Brain Weaver - Creating the...

  MD Andrew Newberg, MD Daniel A....

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  Though adult cognitive development has previously been thought to be unyielding and static, Brain Weaver offers new hope and empowerment to remain mentally vibrant for a lifetime. 
   
   
   
  Doctors Newberg and Monti's team at Thomas Jefferson University's Marcus Institute of Integrative Health are at the forefront of research in brain functioning and applications of the most advanced understanding in real-world strategies to expand options for optimizing our complex neurophysiology. 
   
   
   
  Their findings show that optimal brain health is achievable by successfully weaving together a tapestry of our bio-psycho-social-spiritual dimensions. Brain Weaver also coincides with a decades-long surge in the public's interest in whole-person treatments—body, mind, and spirit evidence-based integrative therapies that include pharmaceuticals, electromagnetics, nutrition, and meditation. Brain Weaver's timeliness is all the more important now to address a new paradigm for post-pandemic wellness that emphasizes our individual and collective responsibility for proactive healthcare.

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  Astrobiology - Exploring Life...

  Mike Crawford

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  Astrobiology is the scientific study of life in the universe. It seeks to answer profound questions about the origins, evolution, distribution, and future of life beyond Earth. As a highly interdisciplinary field, astrobiology combines biology, chemistry, astronomy, geology, and planetary science to explore the potential for life on other planets and moons. This field is not merely about searching for intelligent extraterrestrial civilizations but also about understanding the fundamental processes that make life possible and where these conditions might exist beyond Earth. 
  One of the primary goals of astrobiology is to investigate the origins of life. Scientists study early Earth environments to understand how life first emerged, using this knowledge to determine where similar conditions might exist elsewhere in the cosmos. The discovery of extremophiles—organisms that thrive in extreme environments such as deep-sea hydrothermal vents, acidic lakes, and polar ice caps—has expanded the understanding of life’s resilience. If life can persist in such harsh conditions on Earth, it raises the possibility that microbial life may exist on planets or moons with extreme environments, such as Mars, Europa, or Enceladus. 
  Astrobiologists also examine the habitability of other planets by identifying key factors necessary for life. The presence of liquid water, an energy source, and essential chemical elements like carbon, hydrogen, oxygen, and nitrogen are considered fundamental prerequisites for life as we know it. The concept of the "habitable zone"—the region around a star where conditions might allow liquid water to exist—has become central to the search for exoplanets that could support life. Recent discoveries of thousands of exoplanets, some of which are Earth-like, have fueled optimism about finding life beyond our solar system.

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  The Paradox of a Smart Atomic...

  Davis Truman

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  The risk of nuclear conflict today is at its highest point in decades. Geopolitical tensions are on the rise, and we are witnessing an unsettling increase in reckless nuclear threats and the use of nuclear blackmail. This has made the long-standing taboo against the use of nuclear weapons appear more fragile than ever before. In 2022, the famous Doomsday Clock was set to a chilling 90 seconds to midnight, marking the closest it has ever been since its inception in 1947. This unsettling moment in history underscores just how vulnerable the world has become to the catastrophic consequences of nuclear war. 
  In this fragile and precarious situation, it becomes even more crucial for the global community to fully grasp the profound humanitarian impact that any use of nuclear weapons would have. Whether in the case of a limited strike or a full-scale nuclear conflict, the consequences would be devastating not just for the immediate areas affected but for all of humanity and the environment. The environmental destruction, the loss of life, and the lasting psychological and societal trauma would ripple across borders, affecting every nation. 
  Greater awareness and a deeper understanding of these consequences are vital for mobilizing the global community to take decisive, collective action. Only through a heightened sense of urgency and responsibility can we work together to prevent the use of nuclear weapons. This awareness is also the key to advancing the cause of nuclear disarmament. Moving away from a security model based on the dangerous idea of mutually assured destruction and toward one focused on cooperation, diplomacy, and peace is not just desirable—it’s essential for ensuring the survival of humanity and the planet for future generations. 
   

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  The Cloud Computing Revolution -...

  Lisa Carter

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  " The Cloud Computing Revolution: From Virtualization to Automation: Unveiling the Cloud Computing Revolution." vividly explains how cloud computing has changed the whole scenario of technology, reformed whole industries, and changed the course of information technology. It gives an overview of how cloud computing has been evolving from its initial days of virtualization to the automation era, wherein innovative technologies at the edge, AI, and serverless architecture are driving the change at a pace that has never been seen before. 
  The comprehensive book is dedicated to explaining, in five elaborated chapters, major ideas, methods, and technologies relating to cloud computing. Learn about the history and development of cloud computing; study core cloud service models: SaaS-Software as a Service, PaaS-Platform as a Service, and IaaS-Infrastructure as a Service; and learn new paradigms that continue to push the envelope regarding what can be done with the cloud. 
  It pinpoints the ways for cloud computing adoption, such as techniques of migration, optimization, and governance. It puts into view practical case studies that spot how effective cloud deployments have been across industries. 
  This book, Cloud Computing Revolution, is important for the IT professional, the corporate officer, and anyone interested in technology because it introduces various trends that are emerging and the role of cloud computing in this process of digital transformation. Whether one is a novice or highly experienced in cloud computing, this book provides the competencies and skills to approach, with confidence, the ever-evolving world of cloud computing.

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