Outros livros que poderiam interessá-lo

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  The Science of Aging

  Scientific American

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  An infant born in the US today will probably live more than twenty years longer than the average lifespan a century ago. While living well into the eighties and nineties is becoming more and more attainable, how many more years can humanity expect to gain? And how can we raise the quality of those later years? The two main barriers are accumulated damage to cells and organs that occurs over time and age-related illnesses like cancer and Alzheimer’s disease. Researchers are divided over where to pour their efforts, and in The Science of Aging, we take a look at what science knows—and what it’s striving to learn—about the aging process.

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  The Rise of Open Source Software

  Introbooks Team

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  Open source software finds its connections with free software and is part of free and open source software over the extended term. Open-source software (OSS) is a form of computer software program that releases source code under a licensing legitimacy wherein the copyright holder allows users the privilege to analyze, modify and share the software to anyone and for any productive purpose. Open-source software may be created either freely and collaboratively. Open-source software is a case in point of open collaboration. 
  The progress of open-source software will offer assorted perspectives beyond those of a single enterprise A 2008 study from the Standish Group reported that the implementation of open-source software models culminated in savings for customers of around $60 billion (£ 48 billion) annually. Initiatives of open source software are undertaken and managed by a network of voluntary programming associations and are commonly used in the gamut of both free and commercial outputs.

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  Darwin and Theory of Evolution

  Introbooks Team

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  In a recent study in 2015 the scientists found remains of biotic life in a few historic rocks, Western Australia, which dated back to 4.1 billion years ago and on July, 2016 the scientists confirmed about 355 genes which were from LUCA of all the living organisms on Earth. 
  Formation, change and loss of species through the evolutionary antiquity of life on Earth are validated by common sets of biochemical and morphological traits, plus shared DNA sequences. These common individualities are like species which share a recent common ancestor and can be used to rebuild a biological tree of life centered on radical connection with the help of fossils and species which still exist. The records from fossils comprise of progress from a biogenic graphite to microbial mat fossils to multicellular organisms. The prevailing arrays of biodiversity have been designed by extinction and speciation. Almost 99% of species which have roamed planet Earth are expected to be extinct. There have been about 10 to 14 million variety of species on Earth and 1.2 million only have been documented. 
  Charles Darwin in the middle of the 19th century had verbalized a scientific theory of evolution by natural selection; his work became famous through this published book ‘On the Origin of Species’(1859). When more offspring are produced which can actually survive is termed as evolution by natural selection; there are three main facts about populacesBehaviors differ among personages with respect to physiology, morphology and behavior.Various behaviors convene diverse rates of endurance and reproduction.Behaviors and traits can be passed down to generations. 
  Therefore in sequential generations members of a certain populace are substituted by offspring of parents better adjusted to endure and breed in the biophysical atmosphere in which natural selection happens. The quality where the procedure of natural selection builds and conserves qualities which are fit for the practical parts they perform is teleonomy. Sexual and natural selection are the only identified source of adaptation but are not the only reason of evolution. Mutation, gene migration and genetic drift are other non-adaptive procedures of evolution. 
  The significance of natural selection as a reason of evolution has been recognized into other disciplines of biology. Earlier detained thoughts of evolution like evolutionism, asorthogenesis and other principles on intrinsic progress contained by the largest-scale drifts in evolution became outdated scientific philosophies. By founding and analyzing postulates, creating mathematical models of theoretical biology and biological philosophies, using observational data and executing experiments in laboratory and field the scientists continue to study various traits of evolutionary biology. 

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  Cancer - A Very Short...

  Nick James

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  In 1961 John F. Kennedy pledged to put a man on the moon by the end of the decade. Nine years later, Neil Armstrong and Buzz Aldrin walked on the moon. Ten years later, Richard Nixon echoed this pledge by declaring a "war" on cancer. More than thirty years later, however, cancer remains one of the largest causes of death worldwide, with around one in three developing the disease. Curing cancer is not "rocket science," but the question is, why has cancer proved to be harder to tackle than the moon landings turned out to be? 
   
   
   
  Cancer research is a major economic activity. There are constant improvements in treatment techniques that result in better cure rates and increased quality and quantity of life for those with the disease, yet stories of breakthroughs in a cure for cancer are often in the media. 
   
   
   
  In this Very Short Introduction Nick James, founder of the CancerHelp UK website, examines the trends in diagnosis and treatment of the disease, as well as its economic consequences. Asking what cancer is and what causes it, he considers issues surrounding expensive drug development, what can be done to reduce the risk of developing cancer, and the use of complementary and alternative therapies.

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  Agile Software Development for...

  Jacob Richardson

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  Take your Agile journey to the next level with this advanced guide tailored for beginners ready to elevate their software development practices. Building upon the foundational principles of Agile methodologies, this book delves into advanced strategies and techniques designed to optimize performance and drive innovation. 
  Explore cutting-edge approaches to iterative development, collaborative problem-solving, and customer-centric design, backed by real-world case studies and expert insights. From implementing scaled Agile frameworks to harnessing the power of DevOps and continuous delivery, each chapter offers actionable guidance and practical advice to propel your projects towards excellence. 
  Navigate the complexities of Agile project management, refine your leadership skills, and empower your team to embrace change and adaptability. Discover how to leverage metrics, analytics, and feedback loops to drive continuous improvement and deliver value with unparalleled efficiency. 
  This book equips you with the tools and knowledge to thrive in today's fast-paced software development landscape. Embark on this advanced exploration of Agile principles and unleash the full potential of your projects for maximum impact and success. 
   

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  Ultimate Cyberwarfare for...

  Chang Tan

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  Attackers have to be only right once, but just one mistake will permanently undo them.
  Book Description
  The “Ultimate Cyberwarfare for Evasive Cyber Tactic” is an all-encompassing guide, meticulously unfolding across pivotal cybersecurity domains, providing a thorough overview of cyber warfare. The book begins by unraveling the tapestry of today's cyber landscape, exploring current threats, implementation strategies, and notable trends. From operational security triumphs to poignant case studies of failures, readers gain valuable insights through real-world case studies.
  The book delves into the force-multiplying potential of the Information Warfare component, exploring its role in offensive cyber operations. From deciphering programming languages, tools, and frameworks to practical insights on setting up your own malware lab, this book equips readers with hands-on knowledge. The subsequent chapters will immerse you in the world of proof-of-concept evasive malware and master the art of evasive adversarial tradecraft. Concluding with a forward-looking perspective, the book explores emerging threats and trends, making it an essential read for anyone passionate about understanding and navigating the complex terrain of cyber conflicts.
  Table of Contents
  1. History of Cyber Conflicts
  2. Notable Threats and Trends
  3. Operational Security Successes and Failures
  4. The Information Warfare Component
  5. Programming Languages, Tools, and Frameworks
  6. Setting Up Your Malware Lab
  7. Proof-of-Concept Evasive Malware
  8. Evasive Adversarial Tradecraft
  9. Emerging Threats and Trends
  Index

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