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  Darknet - A Beginner's Guide to...

  Lance Henderson

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  Want to surf the web anonymously? Cloak your online activities? I will show you how to become a ghost on the internet, leaving no tracks back to your ISP. This book covers it all. Encrypting your private files, securing your PC. Then there's more: CIA techniques, how the NSA catches Tor users, Truecrypt and the FBI, nuking tracking cookies, private browsing, preventing identity theft. Step by Step Guides are yours for the taking: Tor. Freenet. I2P. VPNs. Usenet. Anti-Hacking and Counter-Forensic Techniques. Then there's the more advanced stuff made easy: How to Encrypt Files. How to Defeat NSA Spying. How to Browse the Deep Web. How to Protect Your Identity. You've probably read How to Be Invisible by J. J. Luna and Incognito Toolkit by Rob Robideau, and while those are fine security books, you need this companion piece to take it to the next level!

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  Elusive Cures - Why Neuroscience...

  Nicole C. Rust

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  Brain research has been accelerating rapidly in recent decades, but the translation of our many discoveries into treatments and cures for brain disorders has not happened as many expected. We do not have cures for the vast majority of brain illnesses, and many medications we have to treat the brain are derived from drugs produced in the 1950s—before we knew much about the brain at all. Tackling brain disorders is one of the biggest challenges facing humanity today. What will it take to overcome it? Nicole Rust takes listeners along on her journey to answer this question. 
   
   
   
  Drawing on decades of experience, Rust reflects on how far we have come in our quest to unlock the secrets of the brain and what remains to be discovered. She shows us that treating a brain disorder is more like redirecting a hurricane than fixing a domino chain of cause and effect, arguing that only once we embrace the idea of the brain as a complex system do we have any hope of finding cures. Rust profiles the pioneering ideas about the brain that are driving research at the cutting edge to illuminate exactly how much we know about disorders—and what it will take to eradicate these scourges. 
   
   
   
  Elusive Cures sheds light on one of the most daunting challenges confronted by science while offering hope for revolutionary new treatments and cures for the brain.

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  Data Science on AWS - Leveraging...

  Saimon Carrie

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  "Data Science on AWS: Leveraging AWS for Advanced Data Science Solutions" is an essential guide for data scientists, analysts, and IT professionals looking to harness the robust capabilities of Amazon Web Services (AWS) to elevate their data science projects. This comprehensive resource dives deep into the intricacies of deploying and managing scalable data science applications, ensuring readers are equipped to fully leverage the power of AWS. 
  In this book, you will explore the vast array of services AWS offers to support every phase of a data science project, from data ingestion and storage with services like Amazon S3 and DynamoDB, to advanced analytics with Amazon SageMaker. Each chapter provides detailed explanations of these services, coupled with practical examples and tutorials that guide you through integrating these tools into your own projects. 
  Key features of the book include:An in-depth look at AWS's infrastructure, exploring how it can be customized to suit unique data science needs and workflows.Practical tutorials on using Amazon SageMaker for building, training, and deploying machine learning models more efficiently.Strategies for managing and scaling data science applications without the overhead of managing infrastructure.Insights into achieving cost efficiency through AWS’s pay-as-you-go pricing model.Discussions on ensuring data security and compliance with AWS's robust security framework. 
  Whether you're a beginner looking to get a running start in the world of cloud-based data science, or an experienced practitioner aiming to optimize your workflows, "Data Science on AWS" provides the expertise and real-world advice you need to innovate and excel in developing cutting-edge data solutions. Join the ranks of data professionals who are transforming the industry by leveraging the unmatched speed, scalability, and flexibility of AWS. 
   

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  Condensed Matter Physics -...

  Mark Hedges

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  Condensed matter physics is a fundamental branch of physics that explores the physical properties of solid and liquid states of matter. It seeks to understand how the collective behavior of a large number of atoms and electrons gives rise to the diverse physical properties observed in materials. This field not only provides insight into the fundamental principles governing matter but also drives technological advancements in electronics, nanotechnology, and quantum computing. 
  Historically, condensed matter physics evolved from solid-state physics, which primarily focused on crystalline solids and their electronic properties. The development of quantum mechanics in the early 20th century revolutionized the field, leading to an in-depth understanding of electronic band structures and the behavior of semiconductors. With time, the study expanded to include a broader range of materials, including amorphous solids, polymers, superconductors, and complex fluids. Today, condensed matter physics plays a crucial role in material science, engineering, and applied physics, shaping modern technological advancements. 
  One of the key aspects of condensed matter physics is the study of crystal structures and atomic interactions. The arrangement of atoms in a solid determines its electronic, thermal, and mechanical properties. Crystals are defined by periodic arrangements of atoms, forming lattice structures that can be analyzed using mathematical tools like the reciprocal lattice and Brillouin zones. In contrast, amorphous materials, such as glass, lack long-range order but still exhibit unique physical properties. The bonding mechanisms in solids—ionic, covalent, metallic, and van der Waals interactions—play a crucial role in determining the stability and functionality of materials.

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  OPTIONS TRADING CRASH COURSE -...

  Oswald Beck

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  Are you ready to embark on a thrilling journey into the world of options trading? Look no further than "Options Trading Crash Course," your comprehensive guide to mastering strategies for financial success in the dynamic realm of options trading. 
  In this book, you will discover:Fundamental Concepts: Gain a solid understanding of options trading basics, including calls and puts, strike prices, and expiration dates, even if you're a complete beginner.Risk Management: Learn essential risk management techniques to protect your investments and maximize your profits.Option Strategies: Explore a wide range of option trading strategies, from the conservative covered call to the speculative straddle, and everything in between.Technical Analysis: Uncover how technical analysis can provide valuable insights into market trends, helping you make informed decisions.Market Psychology: Decode the emotional aspects of trading, and learn to navigate market sentiment to your advantage.Trading Tools: Discover the latest tools and technology available to options traders, including trading platforms, software, and resources.Real-Life Examples: Dive into real-life case studies and examples to see how options strategies can be applied in various market scenarios. 
  Whether you're a novice looking to get started in options trading or an experienced trader seeking to enhance your knowledge and skills, "Options Trading Crash Course" is your go-to resource.  
  Packed with practical insights and actionable strategies, this book equips you to navigate the exciting world of options trading with confidence. Start your journey to financial success today! 
   

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  Lyme Disease - Diagnosis...

  Lilly Richardsen

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  Lyme disease is an infectious illness primarily caused by the bacterium Borrelia burgdorferi, which is transmitted to humans through the bite of an infected black-legged tick, commonly known as the deer tick. The disease is named after Lyme, Connecticut, where the first recognized outbreak occurred in the 1970s. Since then, Lyme disease has become the most common vector-borne disease in the United States and many parts of the world, with cases steadily increasing due to expanding tick populations and climate changes. 
  The bacteria responsible for Lyme disease are typically introduced into the human bloodstream when an infected tick attaches itself to the skin and begins feeding. The early signs of Lyme disease can range from mild to severe and are often mistaken for other common illnesses. The most notable symptom is a circular, red rash, often described as a "bull's-eye," which can appear at the site of the tick bite. This rash, called erythema migrans, occurs in approximately 70-80% of patients and is considered a hallmark of early Lyme disease. However, not everyone with Lyme disease develops this rash, and other flu-like symptoms such as fever, fatigue, muscle and joint aches, and headache may also appear. 
  If left untreated, Lyme disease can progress to more severe stages, where it may affect the joints, nervous system, and heart. In some cases, patients may experience chronic symptoms such as joint pain, neurological problems, and persistent fatigue, even after the initial infection has been treated. This stage is known as "post-treatment Lyme disease syndrome" (PTLDS), where symptoms can linger for months or even years.

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