Other books that might interest you

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  IBM SPSS - Comprehensive...

  Walker Schmidt

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  We live in a world where information takes on a life of its own and spreads rapidly. Faster than ever before. For some people, their lives depend on obtaining a steady stream of information as it affects their lives in the most telling ways. The daily news is the simplest example of this phenomenon. It is truly the lifeblood of society and helps us evolve into better informed individuals with every passing day. As one can tell, information on the whole comes at us from every direction. Its influence on business, politics, and government, banking, the STEM fields, and even the social sciences cannot be understated. But its journey begins with raw data being compiled by means of an experiment or study. In saying that, this book should serve as a reference guide for those who wish to go beyond the basics into territory that requires a solid understanding of advanced statistical concepts. Still, as a beginner, it will be wise to move forward with care so that you solidify your understanding before you begin to use these advanced methods. Finally, even if the subject matter is a bit deep, don’t be so serious that you forget to have fun with both the SPSS tool and the study of statistics on the whole. Having said that, let’s get to crunching numbers without any further delay!

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  SLEEP Smarter - Unlocking the...

  Alex Somerset

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  Découvrez les secrets du meilleur sommeil de votre vie 
  Les nuits blanches vous laisse-t-elles épuisée et déconcentrée ? Imaginez que vous vous réveillez tous les jours en vous sentant rajeuni et prêt à affronter le monde. Dans cet audioguide transformateur, vous découvrirez les secrets pour obtenir le sommeil réparateur dont vous avez toujours rêvé, en en faisant une réalité à votre portée. 
  Le guide du livre audio souligne l’impact significatif de l’alimentation et de l’exercice sur la qualité du sommeil. Vous apprendrez quels aliments manger et éviter, les meilleurs moments pour faire de l’exercice et comment aligner votre mode de vie sur vos besoins en matière de sommeil. Des techniques éprouvées de gestion du stress, notamment la méditation, le yoga et la thérapie cognitivo-comportementale pour l’insomnie (TCC-I), sont également couvertes, vous aidant à atteindre un esprit paisible et des nuits paisibles. 
  Personnalisez votre parcours de sommeil avec la dernière technologie de suivi du sommeil, qui vous permet de surveiller vos progrès et de faire des ajustements pour des avantages à long terme. Avec ce guide, vous embarquerez pour un voyage vers des journées vibrantes alimentées par des nuits reposantes. 
  Adoptez le pouvoir révolutionnaire d’un meilleur sommeil et faites le premier pas vers une meilleure santé et plus heureuse. Que vous soyez aux prises avec des problèmes de sommeil ou que vous cherchiez simplement à améliorer la qualité de votre sommeil, cet audioguide fournit les outils et les informations dont vous avez besoin pour apporter des changements durables et profiter du meilleur sommeil de votre vie.

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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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  Environmental Science -...

  Jeron Iris

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  Environmental Science is an interdisciplinary field that integrates various scientific disciplines to study the natural world and the impact of human activities on it. This branch of science explores the complex interactions between living organisms, their physical surroundings, and the broader ecosystems they form. The primary goal of environmental science is to understand how natural systems function, identify environmental problems, and develop strategies for addressing these issues. 
    
  At its core, environmental science seeks to answer fundamental questions about the earth's resources, how they are used, and how human actions influence the balance of ecosystems. It draws from biology, chemistry, physics, geology, and social sciences to provide a comprehensive understanding of the environment. For example, ecology, the study of living organisms and their relationships to each other and their surroundings, is a central component of environmental science. By examining the dynamics of ecosystems, scientists can assess the health of the environment and predict the effects of human activities such as urbanization, deforestation, and pollution. 
  One of the primary focuses of environmental science is resource management. As the global population continues to grow, the demand for natural resources such as water, energy, and food increases. Environmental scientists work to ensure that these resources are used sustainably, balancing the needs of current populations with the preservation of resources for future generations. This includes studying renewable resources, such as solar and wind energy, and nonrenewable resources, like fossil fuels, to understand their availability and impact on the environment.

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  Charged - A History of Batteries...

  James Morton Turner

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  Winner of the 24th Annual Susanne M. Glasscock Humanities Book Prize 
   
   
   
  Finalist for the 2023 Cundill History Prize 
   
   
   
  Gold Medal Recipient, Nautilus Book Awards, Sustainability 
   
   
   
  To achieve fossil fuel independence, few technologies are more important than batteries. Used for powering zero-emission vehicles, storing electricity from solar panels and wind turbines, and revitalizing the electric grid, batteries are essential to scaling up the renewable energy resources that help address global warming. But given the unique environmental impact of batteries—including mining, disposal, and more—does a clean energy transition risk trading one set of problems for another? 
   
   
   
  In Charged, James Morton Turner unpacks the history of batteries to explore why solving "the battery problem" is critical to a clean energy transition. As climate activists focus on what a clean energy future will create the history of batteries offers a sharp reminder of what building that future will consume. With new insight on the consequences for people and communities on the front lines, Turner draws on the past for crucial lessons that will help us build a just and clean energy future, from the ground up.

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  Allergology - Allergies and...

  Mike Crawford

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  Allergies are an overreaction of the immune system to substances that are typically harmless to most people. These substances, known as allergens, can include food, pollen, dust, pet dander, insect venom, and certain medications. When an allergic individual comes into contact with an allergen, their immune system mistakenly identifies it as a threat and triggers a defensive response. This response can range from mild symptoms, such as sneezing or a skin rash, to severe and potentially life-threatening reactions like anaphylaxis.  
  The immune system plays a central role in allergic reactions. Normally, it defends the body against harmful pathogens such as bacteria and viruses. However, in individuals with allergies, the immune system misidentifies allergens as dangerous invaders. The primary component involved in allergic reactions is Immunoglobulin E (IgE), a type of antibody that binds to specific allergens. This binding signals immune cells, such as mast cells and basophils, to release histamine and other inflammatory chemicals, leading to symptoms like swelling, redness, itching, and respiratory distress. 
  Allergic reactions are classified into different types based on the mechanism and timing of the immune response. Immediate hypersensitivity reactions occur within minutes of allergen exposure and are mediated by IgE. These reactions include hay fever, asthma attacks, and food allergies. Delayed hypersensitivity reactions, on the other hand, take several hours or even days to develop and involve different immune pathways, such as T-cell activation. Contact dermatitis, a reaction to certain chemicals or metals, is an example of a delayed allergic response.

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