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  Time Waves - How to Spot them...

  Michael Mathiesen

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  What if time isn’t a straight line—but a wave you can ride? 
  In Time Waves, Michael Mathiesen invites readers on a mind-bending journey through the quantum surf of reality itself. Blending cutting-edge physics, mythic resonance, and visionary storytelling, this book challenges everything we think we know about time, consciousness, and our place in the universe. 
  Spot the Patterns. Feel the Pull. Catch the Wave. 
  This book is more than a theory—it’s a call to action. Mathiesen urges readers to become “time surfers,” attuned to the subtle pulses of possibility that ripple through the cosmos. With practical insights and poetic flair, he shows how to:Recognize when you're caught in a destructive trough—and how to paddle out.Amplify constructive interference in relationships, creativity, and decision-making.Use metaphor as a scientific instrument—bridging the gap between intuition and data.Reframe synchronicity as a measurable phenomenon, not mere coincidence.Design your life as a waveform—balancing chaos and coherence, risk and rhythm. 
  If you’ve ever pondered the nature of time after reading Carlo Rovelli’s The Order of Time, or felt the eerie precision of Jung’s synchronicities, or marveled at gravitational wave detections from LIGO, Time Waves will feel like a homecoming—and a launchpad. 
  Michael Mathiesen is not just writing—he’s building a wave. With cinematic teasers, tweet bursts, and outreach to space agencies, Time Waves is part of a larger mission to shift how we think, feel, and act in relation to time. Readers are invited to become co-creators, surfers, and storytellers in this unfolding paradigm.  

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  Earth: Over 4 Billion Years in...

  Chris Packham, Andrew Chen

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  ‘Combines the natural history of programmes such as David Attenborough’s Planet Earth with the planetary focus of Brian Cox’s Universe’ Guardian 
  A beautiful, full colour book to accompany the 5 part BBC TV series telling the most important story of all, the deep history of our own planet. 
  With the trademark dramatic storytelling techniques of The Planets and The Universe, Andrew Cohen and Chris Packham narrate the biography of the Earth, revealing the most epic moments from its history, from the first seconds of its existence to the arrival of its most incredible inhabitants, us. 
  But humans take a back seat for this story as the Earth takes centre stage. We’ll witness those moments where our planet’s future hung in the balance in the face of massive bombardments from space, extreme changes in climate, the collision of whole continents and more, and we’ll tell the story of how Earth’s most incredible creations – life and intelligence – are set to have the same lasting impact on Earth’s story as any meteorite or earthquake. 
  This is the epic 4 billion year story of the place we call home. 
  Chris Packham's EARTH is a top-tier exploration of the evolution of our planet. This latest contribution to the science genre offers a new perspective, placing Earth and its history at the centre of the narrative. 
  For fans of Andrew H. Knoll (A Brief History of Earth), Katherine May (Enchantment), Hamza Yassin (Be a Birder), Amir Khan (The Doctor Will See You Now), and John Muir Laws (The Laws Field Guide to Sierra Birds). 
  HarperCollins 2023

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  Tyrannosaurus Rex and...

  Editors Charles River

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  The massively popular 1990 novel Jurassic Park by Michael Crichton and its subsequent movie adaptations led to a huge resurgence in interest in dinosaurs and the prehistoric world. That interest continues to the present day, even though most of the dinosaurs in Jurassic Park weren’t actually from the Jurassic period. Triceratops, Velociraptor, Tyrannosaurus Rex and the huge sauropods such as Brachiosaurus that feature in the book and movies all actually belong to the Late Cretaceous period, more than 40 million years after the end of the Jurassic. Regardless, certain kinds of dinosaurs remain instantly recognizable, and among them, the “king” is undoubtedly the Tyrannosaurus.  
  The first discovery of a Tyrannosaurus was made in 1902 and the largest carnivorous dinosaur ever found at the time quickly gripped the popular imagination. Even its name was dramatic - Tyrannosaurus Rex means “King of the Tyrant Lizards.” The T-Rex as it quickly became known didn’t appear until the last age of the Late Cretaceous period, the Maastrichtian, but when it did, it was the biggest and most terrifying of all the theropod predators.  
  	Thanks to the movie, there has been some unwitting confusion over the identity of the Velociraptor, and this confusion was due in large part to the fact the name sounds far more scary than the creature to which the name originally belonged. Moreover, the creature to which the label was applied in the novel and movie was actually a distant cousin named Deinonychus, but as the story goes, the author, Michael Crichton, thought “Velociraptor” sounded “more dramatic.” The actual Velociraptor lived not in the badlands of North America, but in the badlands of central-eastern Asia, and it was not nearly as intimidating as Deinonychus. In fact, the main species of genus Velociraptor - Velociraptor mongoliensis - was no bigger than a turkey.

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  Data as a Product - Elevating...

  Chuck Sherman

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  In the digital age, data has become the lifeblood of the modern world. From businesses and industries to governments and individuals, the value of information cannot be overstated. "Data as a Product: Elevating Information into a Valuable Product" is a comprehensive and enlightening exploration of the role data plays in shaping our world and how it can be transformed into a valuable asset. 
  This book delves into the foundations of data, providing readers with a clear understanding of what data is and the different types it comes in. From structured data in databases to unstructured data in texts and images, readers will grasp the diverse forms of information that drive decision-making processes. 
  Building upon the foundations, the book explores data collection, storage, preprocessing, and cleaning techniques. Readers will gain practical insights into managing data quality and integrity, ensuring that the information they work with is accurate and reliable. 
  With data at hand, the book takes readers on a journey into the world of data analysis and visualization. Through exploratory data analysis and statistical techniques, readers will learn to extract valuable insights from raw data and present them in compelling visualizations. 
  As the book progresses, it dives into the realm of data-driven decision-making. Readers will discover how data can be harnessed to drive strategic business decisions, creating a competitive edge in a data-centric world. Monetizing data assets is also explored, uncovering various models and strategies for transforming data into revenue-generating products and services. 
  Through practical examples, real-world case studies, and a forward-looking perspective, readers will be equipped with the knowledge and tools needed to navigate the data-rich landscape and unleash the true potential of data in their endeavors. 
   

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  Quantum Gravity

  Introbooks Team

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  Modern science and physics in particular, primarily consists of two basic theories, namely the general relativity or particle physics and the theory of gravity. There had been great heights scaled by these two theories taken together in the past, since the very beginning. Hence, it’s highly surprising to accept the fact that the overall picture given by these two theories taken together reflects a higher degree of inconsistency. This inconsistency arises mainly after taking into consideration a part of the theory, the standard model, as a quantum theory while the other, gravity, as a classical theory. At a first glance, it may appear that quantizing general relativity may remove the inconsistencies. If one performs an expansion in terms of Feynman diagrams, the technique used in the standard model, then one finds infinities that cannot be absorbed in a renormalization of the Cosmological constant also known as Newton constant. 
  In fact as one goes to higher and higher orders in perturbation theory one would have to include more and more counter terms. In other words, the theory is not renormalizable. Hence, the most crucial principle in constructing the so called Standard model is not capable to hold firm. What is more surprising to an observer is the fact that an inconsistent theory could fit in so well with the experiments, apparently explaining it flawlessly. What happens is that quantum gravity effects are usually very small due to the weakness of gravity relative to other forces. The effects of gravity are proportional to the energy or mass, so they see a rise in high energies.

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  CompTIA A+ & Security+ Ultimate...

  Josh Russell

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  Become IT-Certified & Job-Ready with the Ultimate 2-in-1 CompTIA Guide for 2025! 
  Master the skills you need to ace your CompTIA A+ (220-1101 & 220-1102) and Security+ (SY0-701) exams—and launch your career in IT with confidence. 
  This comprehensive, beginner-friendly study bundle blends two high-impact certification paths into one clear, exam-focused roadmap. Whether you're a total newcomer or brushing up your skills, this guide provides everything you need to pass the exams—and thrive in the tech industry. 
  🔹 What’s Inside:✅ 450+ exam-aligned practice questions with detailed explanations📘 Full coverage of CompTIA A+ 220-1101 & 220-1102, from hardware to troubleshooting🔐 Deep dives into Security+ SY0-701 essentials—network security, risk management, and more💡 Real-world IT scenarios & exam-cracking strategies from certified experts🚀 Career tips to help you land interviews and grow in the IT field 
  Whether you're chasing your first IT job or adding credentials to level up, this all-in-one study guide is your fast-track to CompTIA success. 
  📦 Perfect for: IT beginners, career changers, tech students, and anyone serious about passing on the first try. 
  Start studying smarter—and get ready to pass with confidence

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