Otros libros que te pueden interesar

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  humAIn - Unlock Your Potential...

  Don Roosan Ph.D.

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  We’ve all heard the sweeping claims: “AI will take over all our jobs!" or "AI will solve every problem and create a perfect world!" But what’s the reality behind these dramatic predictions? With the constant buzz about artificial intelligence, it’s natural to feel anxious, confused, and overwhelmed. humAIn cuts through the hype and fear, offering a practical, human-centered guide to AI that empowers you to take control. This book demystifies AI, providing you with essential skills to navigate the flood of misinformation and confusion surrounding this revolutionary technology. It's not about wild speculations or doomsday scenarios—just straightforward insights to help you understand AI's true potential. Whether AI is composing poetry, creating art, or streamlining your daily tasks, you'll learn how to harness its power—no technical expertise required. humAIn prepares you for the AI revolution with life-changing strategies that help you adapt and thrive in an AI-driven world. This is more than a book; it's your roadmap to unlocking your potential and embracing the opportunities that AI offers.  
  Author Dr. Don Roosan is a global leader in artificial intelligence integration and a passionate advocate for using AI responsibly to improve our world. An internationally recognized scientist and researcher, he has spent his career guiding individuals and businesses through the complexities of AI, helping them foster innovation while maintaining ethical integrity. As a faculty member at the School of Engineering and Computational Sciences at Merrimack College in Boston, Massachusetts, Dr. Roosan is at the forefront of shaping the future of AI in a way that benefits society.

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  Ophthalmology - Eye Diseases and...

  Ava Westwood

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  Ophthalmology is the branch of medicine that focuses on the diagnosis, treatment, and prevention of eye diseases and disorders. It encompasses the care of the eyes, as well as vision, including conditions that affect the ability to see clearly. As one of the most specialized fields of healthcare, ophthalmology combines elements of surgery, medical diagnosis, and therapeutic care. The eye is an intricate organ that plays a crucial role in the way humans experience the world, and ophthalmology seeks to preserve and enhance vision by addressing a wide range of eye-related conditions. 
  The role of ophthalmologists, medical doctors specialized in eye care, is pivotal in maintaining visual health and addressing the complexities of eye diseases. Ophthalmologists undergo years of specialized education and training in both medical and surgical aspects of eye care. They are responsible for providing comprehensive services, ranging from routine eye examinations to advanced surgical procedures such as cataract surgery, glaucoma treatments, and retinal surgeries. Their expertise also extends to diagnosing and managing diseases that affect the entire eye, from the cornea and lens to the retina and optic nerve. 
  Over the centuries, the field of ophthalmology has evolved considerably. Ancient civilizations, including the Egyptians and Greeks, made early attempts to understand the anatomy and function of the eye. However, it was in the 19th and 20th centuries that modern ophthalmology truly began to take shape, with the invention of essential diagnostic tools and surgical techniques. The development of the ophthalmoscope, for example, revolutionized the ability to examine the interior of the eye, leading to more accurate diagnoses. In the following decades, innovations in surgical methods, such as cataract surgery, and advances in treatments for conditions like glaucoma and macular degeneration have drastically improved patient outcomes.

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  Condensed Matter and Solid State...

  Mark Hedges

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  From the smallest atomic structures to the vast complexity of engineered materials, condensed matter physics and solid-state physics explore the fundamental principles governing matter in its many forms. These fields are at the core of modern technology, explaining the behavior of metals, semiconductors, superconductors, and even exotic quantum materials that challenge our understanding of physics. 
  This book contains these titles: 
  - Condensed Matter Physics  
  - Introduction to Solid State Physics  
  - Physics of Semiconductor Devices  
  This collection provides a deep dive into the science behind the properties of solids and condensed phases of matter. It covers key topics such as crystallography, electronic band structures, magnetism, and the physics of semiconductors—the backbone of modern electronics. Whether you're interested in the development of transistors, the future of quantum computing, or the discovery of novel materials, this book equips you with the essential knowledge to grasp the principles shaping our technological world.

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  Designed to the Core

  Hugh Ross

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  Are you up for a trip through the ultimate neighborhood? Join astrophysicist Hugh Ross for an insider’s look at our cosmic neighborhood, where you’ll see everything from the largest-scale structure of the universe to Earth’s innermost layers. In Designed to the Core, Ross explains how the most sophisticated scientific instruments reveal exquisite “interior designs” throughout the universe that are ideally suited for human habitation here on Earth right now. This scientific excursion takes us to the interior structures of super-superclusters of galaxies, clusters of galaxies, local galaxies, our Milky Way Galaxy, the Sun, our planetary system, the Moon, and Earth’s interior—all of which reveal fine-tuning that manifests a Designer’s planning and preparation.Please note that you may download accompanying PDFs that provide enhanced materials for this audiobook at https://reasons.org/audiobooks.

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  The Science of Reading -...

  Adrian Johns

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  For the first time, the story of how and why we have plumbed the mysteries of reading, and why it matters today. 
    
  Reading is perhaps the essential practice of modern civilization. For centuries, it has been seen as key to both personal fulfillment and social progress, and millions today depend on it to participate fully in our society. Yet, at its heart, reading is a surprisingly elusive practice. This book tells for the first time the story of how American scientists and others have sought to understand reading, and, by understanding it, to improve how people do it. 
   
  Starting around 1900, researchers—convinced of the urgent need to comprehend a practice central to industrial democracy—began to devise instruments and experiments to investigate what happened to people when they read. They traced how a good reader’s eyes moved across a page of printed characters, and they asked how their mind apprehended meanings as they did so. In schools across the country, millions of Americans learned to read through the application of this science of reading. At the same time, workers fanned out across the land to extend the science of reading into the social realm, mapping the very geography of information for the first time. Their pioneering efforts revealed that the nation’s most pressing problems were rooted in drastic informational inequities, between North and South, city and country, and white and Black—and they suggested ways to tackle those problems. 
   
  Today, much of how we experience our information society reflects the influence of these enterprises. This book explains both how the science of reading shaped our age and why, with so-called reading wars still plaguing schools across the nation, it remains bitterly contested.

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  Biomedical Engineering - The...

  Phil Gilberts

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  Biochemical engineering integrates the principles of biology, chemistry, and engineering to develop processes for the large-scale production of valuable biochemicals. This interdisciplinary field plays a crucial role in industries such as pharmaceuticals, biotechnology, food and beverage, and environmental engineering. 
    
  One of the fundamental aspects of biochemical engineering is fermentation, which involves the controlled growth of microorganisms like bacteria, yeast, or fungi to produce desired compounds. These microorganisms can be genetically engineered or selected for their ability to synthesize specific products, such as antibiotics, vitamins, or biofuels. 
    
  Biocatalysis is another key area within biochemical engineering, focusing on the use of enzymes or whole cells to catalyze chemical reactions. By harnessing the specificity and efficiency of biological catalysts, biocatalysis offers environmentally friendly and cost-effective solutions for chemical synthesis and manufacturing processes. 
    
  Bioseparation techniques are essential for isolating and purifying target biomolecules from complex mixtures produced during fermentation or biocatalytic reactions. These techniques include filtration, chromatography, centrifugation, and membrane processes, which enable the recovery of high-purity products for further downstream processing.

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