Other books that might interest you

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  Foundations Of Programming: Java...

  Scott Brandt

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  Discover how to become a six-figure developer without going back to school 
  Are you thinking of transitioning into a career as a software developer? Have you always been interested in programming languages and tinkering with technology? Do you wish there was a straightforward way to gain all the skills and knowledge you need to write your own programs? 
  And that's where this book comes in. In it, you'll find a step-by-step guide that will take you through all the essential skills that every top programmer in the world has mastered. Not only will this give you the opportunity to practice your new skills…but by the end of it, you'll know how to create and deploy your own Java application. 
  In this book, you will discover:Job Opportunities: Places to start looking for jobs as a Java developer, even if you don’t have a degree in computer science.Industry Insights: How global brands like Netflix and Amazon rely on Java for their ongoing success.Security Best Practices: How to keep your application code from falling into the wrong hands—avoid these common security vulnerabilities.Code Comments: Why you should leave comments in your code, and how to do it without being a nuisance.Error Handling: The difference between errors and exceptions, and how to fix them the moment they show up.Practical Exercises: Different exercises to help you apply and understand all the basics of Java. 
  Whether you're a complete beginner or someone with a bit of programming knowledge, "C# for Beginners" will equip you with the skills and confidence to excel. Start your journey to becoming a professional C# developer today and unlock the doors to a prosperous career in software development.

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  The Shocking Truth about Medical...

  Zoey Fraisers

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  Medical innovation has long been a driving force behind longer life expectancy, improved quality of life, and the eradication of once-deadly diseases. From antibiotics and vaccines to robotic surgery and gene editing, the rapid advancement of medical technology has saved countless lives. Yet, behind every breakthrough lies a complex web of ethical dilemmas, financial motivations, and unforeseen consequences. While many medical innovations deliver on their promise, others have caused more harm than good, raising critical questions about the true cost of progress.  
    
  History has shown that not all medical advancements are as beneficial as they seem at first glance. Some treatments that were once hailed as revolutionary later proved to be disastrous. For example, the introduction of thalidomide in the late 1950s as a treatment for morning sickness led to severe birth defects in thousands of newborns. Likewise, the opioid crisis, fueled by the aggressive marketing of painkillers as “safe and non-addictive,” has devastated millions of lives worldwide. These examples highlight the darker side of medical innovation—where rushed approvals, corporate interests, and inadequate regulation can turn hopeful breakthroughs into public health disasters.  
    
  At the heart of this issue is the tension between progress and safety. In the race to bring new treatments and technologies to market, are we sacrificing patient well-being in favor of speed and profit? The pharmaceutical industry, medical device manufacturers, and even hospitals often prioritize financial gain over patient outcomes. Meanwhile, regulatory agencies such as the FDA and the World Health Organization struggle to keep up with the sheer volume of new developments, sometimes failing to catch risks before they reach the public. 

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  Tech Innovations - Breakthroughs...

  Craig Dames

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  Artificial Intelligence (AI) and Machine Learning (ML) are at the forefront of technological innovation, transforming nearly every sector and redefining how we live, work, and interact. These technologies, once confined to science fiction, now power tools and systems that many people use daily—from personalized recommendations on streaming platforms to virtual assistants and advanced data analysis in business and healthcare. 
  The rise of generative AI, such as large language models and image synthesis tools, marks a new era in machine intelligence. These systems can create human-like text, generate realistic images, compose music, and even design products. They're not just mimicking human creativity—they're expanding it, offering new ways for people to ideate and innovate across disciplines. Businesses are leveraging generative AI to automate content creation, improve customer service, and enhance productivity. While the creative potential is staggering, it also brings up questions about authorship, originality, and the future of creative professions. 
  AI is also becoming deeply embedded in everyday applications. Smartphones use AI to improve photos, optimize battery life, and enable voice recognition. In healthcare, AI helps doctors diagnose diseases with higher accuracy by analyzing medical images and patient data. Financial institutions use it to detect fraud and make investment decisions. Meanwhile, retailers personalize shopping experiences by analyzing customer behavior. In essence, AI is becoming the silent partner in many human decisions, making systems smarter, faster, and more adaptive.

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  Ichthyology - Fish of the World...

  Mike Crawford

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  Ichthyology is the branch of zoology dedicated to the study of fish, encompassing their biology, classification, evolution, and ecological roles. Fish, as one of the most diverse and widespread vertebrate groups, inhabit nearly every aquatic environment on Earth, from the deepest ocean trenches to high-altitude freshwater streams. Ichthyology provides essential insights into the anatomy, physiology, behavior, and adaptation of fish, making it a critical field for understanding aquatic ecosystems and their conservation. 
  The scope of ichthyology extends beyond mere classification, delving into the intricate relationships fish share with their environment and other organisms. Researchers in this field examine the evolutionary history of fish, tracing their origins from primitive jawless species to the highly specialized forms seen today. With over 34,000 known species, fish display an incredible range of adaptations, including bioluminescence, electrolocation, and unique reproductive strategies. By studying these adaptations, ichthyologists gain a deeper appreciation for the complexity of aquatic life and the factors driving evolutionary change. 
  Ichthyology is also crucial for understanding the ecological balance of aquatic systems. Fish play key roles in food chains, acting as both predators and prey, regulating populations of other aquatic organisms, and contributing to nutrient cycling. Their interactions with their habitats can indicate the overall health of ecosystems, making them valuable bioindicators. Studying fish populations and their responses to environmental changes helps scientists predict and mitigate the effects of climate change, pollution, and habitat destruction.

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  From Hormones to Neurons -...

  Brian Gibson

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  In the tumultuous landscape of adolescence, a period marked by profound transformation and discovery, the interplay between hormones and brain development forms the cornerstone of human growth. "From Hormones to Neurons: Understanding Puberty's Role in Adolescent Brain Evolution And The Role of Technology" delves into the intricate biological processes that shape the adolescent mind and explores how modern technology influences this critical stage of life. This book aims to unravel the complexities of puberty, illustrating how hormonal changes trigger a cascade of neural developments that underpin emotional, cognitive, and social maturation. 
  Physical changes and significant brain structure and function reconfigurations mark the journey from childhood to adulthood. Moreover, in an era where technology permeates every aspect of life, understanding its role in adolescent development is more critical than ever. This book addresses how digital engagement — from social media and video games to educational platforms — interacts with the brain's evolving landscape. The dual influence of biology and technology presents a unique framework for comprehending the contemporary adolescent experience.

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  The Method of Christian Theology...

  Rhyne Putman

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  When handling the things of God, our method matters.  Everyone who thinks about God has a method for approaching the subject, whether they recognize it or not. A theological method addresses foundational questions such as: What is theology? How should we approach Scripture? What is the role of tradition, philosophy, and experience? How do we use theology in ministering to others? These questions are vital for anyone studying God and his Word—how one defines theology, sees its task, and uses its sources will shape one’s doctrine, for better or worse.  In The Method of Christian Theology, Rhyne Putman guides readers through the essential “first words” of systematic theology. Written for entry-level theology students, this book provides clear guidance for using theological sources, reasoning through difficult questions, and applying theological reflection in paper writing and preaching. By studying the foundations of theology, readers will be better equipped to serve God’s people in whatever ministry they are called to.

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