Outros livros que poderiam interessá-lo

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  Introduction to Bioinformatics -...

  Ben Rizer

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  Introduction to Bioinformatics: Decoding Biological Data through Computational Innovation offers a comprehensive and accessible introduction to the dynamic field of bioinformatics. This book bridges the gap between biology and computer science, guiding readers through the essential concepts, tools, and techniques that enable the analysis and interpretation of vast biological datasets. 
  From understanding the molecular building blocks of life—DNA, RNA, and proteins—to exploring advanced topics like genomics, proteomics, and systems biology, this book provides a clear and detailed explanation of bioinformatics’ core principles. It introduces powerful computational tools and algorithms used for sequence analysis, protein structure prediction, and pathway modeling, while also highlighting the revolutionary role of bioinformatics in areas such as personalized medicine, drug design, and next-generation sequencing. 
  Designed for both beginners and those with a foundational knowledge of biology or computer science, Introduction to Bioinformatics balances theoretical knowledge with practical applications. Readers will gain insight into modern bioinformatics tools, learn to handle real-world biological data, and understand the ethical and societal implications of this rapidly evolving field. 
  This book will equip you with the knowledge and skills needed to navigate the intersection of biology and technology, unlocking new discoveries in biological research and healthcare. 
   

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  Impact of New Technologies on...

  Siddhartha Paul Tiwari

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  Biography of the Author - Siddhartha Paul Tiwari 
  Siddhartha Paul Tiwari is an educator and a technologist. Currently, he is employed by Google Asia Pacific, Singapore. Prior to that, he was responsible for global learning and development at Google, based in Tokyo. His achievements include innovative educational techniques, the development of new graduate and postgraduate course curricula, digital intervention strategies, and the use of information and communication technologies in education. As the teaching environment has rapidly changed, Tiwari has been working tirelessly to integrate new technologies into university curricula and to help academia adjust to these changes. 
  An Overview of the Book 
  We already see the impact of emerging technologies on our lives and the economy in many different ways, particularly when it comes to the way we live our lives and the way we work. Due to this, there is fierce competition among companies across the globe in order to ensure that they are able to benefit from the new technological developments. Globally, the United States and Asia are emerging as the two global leaders in this area. Over the years, there has been a significant change in the landscape of emerging technologies since Alan Turing first asked in the 1950s if machines could think like humans. Emerging technologies will enhance economic growth and efficiency in the future. It is possible to greatly improve decision-making when large amounts of data are analysed by improving efficiency. It is likely that new products and services, new markets, and new industries will be created as a result, which will in turn boost consumer demand and generate new revenue streams. On the other hand, emerging technologies may also have a profound effect on society and the economy.

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  Weather Science - How...

  Brian Clegg

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  Everyone has an interest in the weather, whether it's to check the prospects for a day out or to know when best to harvest a crop. The Earth's weather systems also provide some of the most dramatic forces of nature, from the vast release of energy in a lightning flash to the devastating impact of tornadoes and hurricanes. 
   
  For centuries, our only real guide to future weather was folklore, but with the introduction of the first weather forecasts and maps in Victorian times, attempts were made to give some warning of the weather to come. Until relatively recently, these forecasts could be wildly inaccurate - think of Michael Fish's denial that there was a storm on the way the night before the UK's great storm of 1987. This was due to the mathematically chaotic nature of weather systems, first discovered in the 1960s, the understanding of which would transform forecasting from the 1990s and mean that meteorologists became some of the foremost users of supercomputers. 
   
  From the crystalline perfection of the snowflake to the transfer of energy from the Sun, science lies at the heart of the weather and our understanding of it. In recent years, weather science has moved to the leading edge with advanced modelling, versatile use of satellite data and a better understanding of mathematical chaos. This is a true example of hot science at work.

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  Industrial Cybersecurity - A...

  Anand Shinde, Bipin Lokegaonkar

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  In today’s hyper-connected world, critical infrastructure — from power grids to manufacturing plants — forms the foundation of modern life. But with this connectivity comes vulnerability. Industrial Cybersecurity: A Practical Approach to OT Protection is your essential guide to defending Operational Technology (OT) systems against evolving cyber threats. 
  This audiobook is crafted for cybersecurity professionals, industrial engineers, IT managers, and students who want a hands-on, real-world approach to OT security. Whether you’re transitioning into OT domains or managing cyber-physical systems, this book equips you with the frameworks, tools, and strategies needed to protect your infrastructure. 
  What You’ll Learn 
  Unlike theoretical texts, this audiobook is packed with field-tested frameworks and actionable insights:Understand OT & IT Convergence: Learn how industrial systems differ from traditional IT, and why securing them requires a unique mindset.Master the Purdue Model: Explore layered network architecture and how each level — from sensors to enterprise — demands specialized controls.Implement NIST SP 800-82 Guidelines: Apply proven U.S. government frameworks to SCADA, DCS, PLC, and IIoT systems.Build a Cybersecurity Program: Create an OT-specific security charter, define roles, and implement strategies with measurable outcomes.Conduct Risk Assessments: Follow a complete NIST Risk Management Framework (RMF) lifecycle, with detailed tasks, checkpoints, and priorities.Apply Real-World Controls: From Zero Trust in ICS to anomaly detection and access control, get practical tools you can deploy today.

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  Birth of Modern Astronomy The:...

  Editors Charles River

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  As interesting as the stories about Tycho Brahe are, chances are he wouldn’t be remembered if not for the important work he did, especially in the realm of astronomy. He lived in an era when the intellectual worldview of most in northern Europe was medieval in nature, influenced mostly by spirituality, mysticism, religion, and metaphysics. Brahe, however, was far-thinking in his outlook, taking advantages of the latest technological ideas and practicing empiricism to revolutionize the field of science. This work eventually led Brahe to cross paths with Johannes Kepler, whose laws on planetary motion would change everything.  
  Trying to define a man who had the qualities of a mathematician, astronomer, philosopher, inventor, and astrologer can prove difficult. But all of that can be ascribed to Johannes Kepler, one of the giants of his era who ushered in the Scientific Revolution and is often considered the first modern scientist. Kepler stood at a moment in time when the intellectual worldview of most in northern Europe was medieval in nature. Kepler, however, was far-thinking in his outlook. 
  	In his lifetime, Galileo straddled the epochs of the Renaissance and the Scientific Revolution, and it was his work and technological advances that helped usher in a brand new understanding of the solar system and the scientific method. Stephen Hawking himself has asserted, “Galileo, perhaps more than any other single person, was responsible for the birth of modern science." Of course, part of what made Galileo such a monumental figure was the fact that he was ahead of his time, and that he mostly refused to conform to the accepted dogmas of contemporary society.  
  In 1676, Sir Isaac Newton wrote in a letter, “If I have seen further it is by standing on ye sholders of Giants.” By the time he died, Newton had become science’s greatest giant, and every scientist who has followed him has stood on his shoulders. 

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  Geometry - A Very Short...

  Maciej Dunajski

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  The study of geometry is at least 2500 years old, and it is within this field that the concept of mathematical proof—deductive reasoning from a set of axioms—first arose. To this day geometry remains a very active area of research in mathematics. 
   
   
   
  This Very Short Introduction covers the areas of mathematics falling under geometry, starting with topics such as Euclidean and non-Euclidean geometries, and ranging to curved spaces, projective geometry in Renaissance art, and geometry of space-time inside a black hole. Starting from the basics, Maciej Dunajski proceeds from concrete examples (of mathematical objects like Platonic solids, or theorems like the Pythagorean theorem) to general principles. Throughout, he outlines the role geometry plays in the broader context of science and art.

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