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  101 Amazing Sega Master System...

  Jimmy Russell

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  In this entry to Jimmy Russell's Games Console History series, we learn 101 amazing facts about Sega's Master System - the first Sega home console to hit non-japanese shores. The facts cover many areas, including the history, the hardware, game titles both rare and popular and some incredible information you probably never knew! Everyone from retro gamers who were there at the time to n00bz who think a PlayStation is Old School will find this excellent audiobook jam packed full of fascinating trivia!

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  Concepts of Modern Physics - An...

  Mark Hedges

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  Modern physics is the study of the fundamental principles that govern the universe, focusing on concepts that emerged in the 20th and 21st centuries. Unlike classical physics, which describes motion, forces, and energy using Newtonian mechanics and Maxwell’s equations, modern physics delves into the nature of reality at both the smallest and largest scales. It is driven by two major revolutions: relativity and quantum mechanics. These theories challenged classical assumptions, revealing new insights into space, time, and the fundamental particles that make up the universe. 
  One of the key differences between classical and modern physics lies in their domains of applicability. Classical physics works well for everyday experiences, from planetary motion to the mechanics of machines. However, when dealing with extreme conditions—such as objects moving at speeds close to the speed of light, microscopic particles, or immense gravitational fields—classical theories fail. Modern physics was developed to address these limitations, providing a more complete framework for understanding nature. Albert Einstein’s theory of relativity and the development of quantum mechanics by pioneers like Max Planck, Niels Bohr, and Erwin Schrödinger revolutionized scientific thought. 
  Several key experiments shaped the foundation of modern physics. The Michelson-Morley experiment in 1887 provided strong evidence against the existence of the "luminiferous aether," leading to the development of special relativity. Einstein’s 1905 theory redefined space and time, demonstrating that they are not absolute but rather interwoven in a four-dimensional continuum. His general theory of relativity later provided a new understanding of gravity, showing that massive objects warp space-time, a concept confirmed by astronomical observations, such as the bending of starlight during a solar eclipse.

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  Bitcoin Mining for Beginners - A...

  Rayan Murray

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  Dive into the basics of Bitcoin, discovering its transformative role in reshaping the future of currency. Explore the fascinating world of mining, where cryptographic puzzles become the keys to unlocking new bitcoins and securing the decentralized network. "Bitcoin Mining for Beginners" takes you on a journey from novice to miner, providing a step-by-step guide on selecting the right hardware, configuring mining software, and joining mining pools. 
  But this book is more than just a technical manual—it's a roadmap for understanding the risks, challenges, and opportunities within the evolving cryptocurrency space. Delve into the ethical considerations of mining, explore the environmental impact, and learn about the potential regulatory changes that could shape the future of Bitcoin. Discover how to secure your hard-earned bitcoins with the right wallets and understand the importance of staying informed about market trends. 
  "Bitcoin Mining for Beginners" is not just about mining—it's a gateway to a new financial frontier. Whether you're a tech enthusiast, a curious investor, or someone seeking financial independence, this book equips you with the knowledge and tools to embark on a journey of mining and investing in Bitcoin responsibly. Join the revolution, embrace the possibilities, and become part of the exciting world of cryptocurrency with "Bitcoin Mining for Beginners: A Beginner's Guide to Cryptocurrency Gold" Your adventure awaits! 
   

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  Barons - Money Power and the...

  Austin Frerick, Eric Schlosser

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  Barons is the story of seven corporate titans, their rise to power, and the consequences for everyone else. Take Mike McCloskey, chairman of Fair Oaks Farms. In a few short decades, he went from managing a modest dairy herd to running the Disneyland of agriculture. Mike benefited from deregulation of the American food industry, a phenomenon that has consolidated wealth in the hands of select tycoons, and along the way, hollowed out the nation's rural towns and local businesses. 
   
   
   
  Along with Mike McCloskey, listeners will meet a secretive German family that took over the global coffee industry in less than a decade, relying on wealth traced back to the Nazis to gobble up countless independent roasters. And they will learn that in the food business, crime really does pay—especially when you can bribe and then double-cross the president of Brazil. 
   
   
   
  These, and the other stories in this book, are simply examples of the monopolies and ubiquitous corruption that today define American food. The tycoons profiled are hardly unique: many other companies have manipulated our lax laws and failed policies for their own benefit, to the detriment of our neighborhoods, livelihoods, and our democracy itself. A fair, healthy, and prosperous food industry is possible—if we take back power from the barons who have robbed us of it.

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  Virology - Tiny Invaders and...

  Mike Crawford

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  Viruses are microscopic entities that exist at the boundary between living and non-living matter. Despite their minuscule size, viruses have a profound impact on all forms of life, from bacteria and plants to humans and animals. They are the most abundant biological entities on Earth, outnumbering bacteria by a factor of ten. Viruses have played a key role in shaping ecosystems, driving evolution, and causing significant diseases in both humans and other organisms. 
  A virus is fundamentally a small particle, or "virion," composed of genetic material (either DNA or RNA) encased in a protein coat known as a capsid. Some viruses also have an outer lipid membrane called an envelope. Unlike bacteria or other microorganisms, viruses lack the machinery necessary for self-replication and metabolism. Instead, they must infect a host cell to reproduce. The virus hijacks the host's cellular machinery to replicate its genome and assemble new viral particles, which are then released to infect other cells. 
  The structure of viruses is incredibly diverse. There are simple, rod-shaped viruses, more complex spherical ones, and even geometrically intricate varieties like the icosahedral viruses. The genetic material within the virus—whether it is single-stranded or double-stranded, RNA or DNA—dictates the virus's replication strategy and determines how it interacts with the host organism. While some viruses infect only specific species or cell types, others are capable of infecting multiple hosts, sometimes crossing species barriers in the process.

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  Quantum Physics Made Simple -...

  Maynard Marrow

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  Quantum physics sounds brilliant—until someone actually tries to explain it. 
  Suddenly you’re drowning in equations, paradoxes, or New Age promises. You’re told particles can be in two places at once… that time isn’t real… that light behaves like a wave and a particle… but no one seems to explain how or why in a way that actually makes sense. 
  So you nod, smile, and move on—still confused. 
  This audiobook fixes that. 
  You’ll understand what superposition really is. What tunneling actually means. How Einstein proved light could knock out electrons. Why your thoughts might influence physical matter. And how quantum theory is powering the next generation of computers and technologies. 
  Here’s what you’ll take away:Why Max Planck’s idea shattered physics—and created an entirely new oneWhat the birth of the universe has to do with particle uncertaintyHow particles tunnel through walls (yes, seriously)Why black body radiation melted 19th-century science—and changed everythingWhat light really is, and why it behaves so weirdlyHow Einstein explained the photoelectric effect—and kicked off the tech ageWhy quantum physics and the Law of Attraction might have more in common than you thinkHow time works in quantum theory (hint: not how you expect)Why one particle can be in two places at once—and what that means for your computerWhat quantum computing is, and how it’s already rewriting the rules 
  If you’ve ever wished someone would finally explain quantum physics like a real person would, here it is.Start listening and see just how simple this “impossible” science can be.

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