Outros livros que poderiam interessá-lo

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  Introduction to Quantum...

  Mark Hedges

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  Quantum mechanics arose in the early 20th century to explain phenomena that classical physics could not. Observations at the atomic scale revealed that matter and energy exhibit discrete and probabilistic behaviors, leading to the development of a new theoretical framework. The necessity for quantum mechanics became evident through several key experiments and discoveries. 
  One of the earliest quantum breakthroughs came from Max Planck’s study of blackbody radiation. Classical physics predicted an infinite energy output at short wavelengths, known as the ultraviolet catastrophe. Planck resolved this by proposing that energy is emitted in discrete packets called quanta, introducing the idea that energy levels are not continuous. This marked the birth of quantum theory. 
  Albert Einstein extended this concept with his explanation of the photoelectric effect, where light ejects electrons from a metal surface. Classical wave theory could not explain why light below a certain frequency fails to release electrons, regardless of intensity. Einstein proposed that light consists of photons, with energy proportional to their frequency. This established the particle-like nature of light and won him the Nobel Prize in 1921. 
  Louis de Broglie later proposed wave-particle duality, suggesting that particles like electrons also behave as waves. His hypothesis was experimentally confirmed by the Davisson-Germer experiment, which demonstrated electron diffraction. This showed that matter exhibits both wave and particle properties, depending on how it is measured.

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  Fundamentals of Clinical...

  Ava Westwood

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  Clinical medicine is the foundation of healthcare, encompassing the diagnosis, treatment, and management of diseases and medical conditions. It involves direct interaction with patients, applying medical knowledge, and using diagnostic tools to provide appropriate care. Physicians, nurses, and other healthcare professionals rely on clinical medicine to bridge the gap between theoretical science and real-world patient care. 
  One of the primary objectives of clinical medicine is to assess and diagnose illnesses based on a combination of patient history, physical examination, and diagnostic tests. This systematic approach enables healthcare providers to determine the most effective treatment options while considering patient-specific factors such as age, genetics, lifestyle, and pre-existing conditions. The process of diagnosis is both an art and a science, requiring not only medical expertise but also strong analytical and problem-solving skills. 
  Treatment in clinical medicine varies depending on the condition and severity of the illness. It may involve pharmacological interventions, surgical procedures, lifestyle modifications, or a combination of these. In addition to treating diseases, clinical medicine emphasizes preventive care, aiming to reduce the risk of illness through vaccinations, screenings, and patient education. The shift toward preventive medicine has proven to be an essential strategy in reducing healthcare costs and improving overall public health.

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  Cosmology's Dark Secrets -...

  Dirk Fallon

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  The vastness of the universe has always stirred human curiosity, evoking questions that seem to stretch beyond the reach of science and into the realm of the unknown. As far back as ancient civilizations, people looked up at the night sky and wondered about the lights scattered across it. With the advancement of technology and scientific understanding, we have come to learn much about what lies beyond our atmosphere. Yet, despite all we know, there remains an overwhelming sense that we are only scratching the surface of a far deeper reality. 
  The observable universe refers to the portion of the cosmos we can detect through light and other forms of radiation. With telescopes, we can peer billions of light-years into space, essentially looking back in time to the early moments following the Big Bang. However, what we can observe is just a fraction of the entire cosmos. Beyond this visible boundary lies a realm shrouded in darkness, not because it is absent, but because it is inaccessible to our current instruments. This horizon, defined by the limits of the speed of light and the age of the universe, presents a fundamental boundary to what we can ever know. 
  Despite the sophistication of our tools, human perception is still tied to what light allows us to see. We rely heavily on electromagnetic radiation—visible light, radio waves, X-rays—to map and understand the structure of the cosmos. However, this reliance imposes a narrow filter on our understanding. There may be phenomena that exist completely outside the spectrum we can currently detect. The deeper we explore, the more we realize that the cosmos may be full of activity and matter that leave no trace in the form of light.

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  Making Sense of Cancer - From...

  Jarle Breivik

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  Embark on a captivating journey that will fundamentally change how you see cancer—and perhaps life itself. Cancer is more than a disease. It is an integral part of who we are—complex biological and cultural beings with a limited life span. You will be surprised, challenged, and even amused by this eloquent synthesis of knowledge. Firmly rooted in science and the principles of evolution, this book is a must-read if you aim to understand cancer. 
  Jarle Breivik (MD, PhD, EdD) is a professor of medicine at the University of Oslo and a former Fulbright Scholar with a doctorate in education from the University of Pennsylvania. He is internationally recognized for his research on the evolutionary dynamics of cancer. His thought-provoking analyses represented in The New York Times, Scientific American, PNAS, EMBO Reports, and Wired Magazine, and have stimulated a profound debate about cancer, research, and biotechnology. In this book, Dr. Breivik brings it all together in a captivating story about humanity. 
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  “This remarkable book is not simply about cancer. It is a beautiful story about what it means to be human. It took me places I had never thought of and ended on a cliff hanger about the future of our civilization. I eagerly await the follow-up.” 
  —RICHARD SMITH, former Editor-in-Chief, The BMJ (British Medical Journal) 
  *** 
  “This book grabbed me like a thriller! As a cancer patient, I have asked many questions. My father also had bladder cancer, and my brother died of leukemia. This book helped me understand and accept.” 
  —ELIN SCHIVE, cancer survivor 
  *** 
  “With his panoramic view of cancer, Breivik’s brilliant writing and thought-provoking reflections will captivate both laypeople and researchers. A must-read that skillfully connects the life sciences in an illuminating manner.” 
  —MANUEL PERUCHO, professor em., Sanford Burnham Prebys, and Institute of Predictive and Personalized Medicine of Cancer.

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  The Recovery Edge - Go Beyond...

  Dr. Adrian Cole

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  Stuck on a plateau, battling aches, or flirting with burnout? 
  The Recovery Edge is the missing manual that shows why adaptation, strength, and speed aren’t built during the workout — but between them. Sports-scientist Dr Adrian Cole dismantles “no-pain-no-gain” culture and hands you the Recovery-Centered Training Method (RCTM): a step-by-step system to turn rest into your most powerful performance tool. :contentReference[oaicite:2]{index=2} 
  You’ll learn how to … 
   ✔️ Harness the science of adaptation (GAS, hormones, CNS fatigue) to drive gains instead of breakdowns 
   ✔️ Decode your body’s signals — HRV, soreness, sleep data — and auto-regulate training for day-to-day readiness 
   ✔️ Build evidence-based recovery blocks: sleep architecture, anti-inflammatory nutrition, hydration tactics, breath-work & mobility 
   ✔️ Deploy active-recovery tools (cold, heat, foam rolling, sauna) without blunting growth 
   ✔️ Design intelligent periodization that marries volume, intensity, and deload weeks for lifelong progress 
   ✔️ Plug in the 30-Day Recovery Audit to smash plateaus, crush races, and train pain-free for years 
  Imagine stepping into every session fresh, powerful, and injury-resilient — knowing you’ll still be thriving decades from now. 
  Perfect for: 
   • Endurance athletes and lifters stuck in vicious overtraining cycles 
   • Coaches & trainers ready to give clients sustainable success 
   • High-achievers who want peak performance without sacrificing health 
   Stop paying the hidden cost of “more is better.” Scroll up and click Buy Now to gain The Recovery Edge today.

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  The Embodied Mind -...

  Thomas R. Verny

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  We understand the workings of the human body as a series of interdependent physiological relationships, all the way down to the inner workings of every cell. Why is it that the accepted understanding that the physical phenomenon of the mind is attributed only to the brain? 
   
   
   
  In The Embodied Mind, internationally renowned psychiatrist Dr. Thomas R. Verny sets out to redefine our concept of the mind and consciousness. He brilliantly compiles new research that points to the mind's ties to every part of the body. 
   
   
   
  The Embodied Mind collects disparate findings in physiology, genetics, and quantum physics in order to illustrate the mounting evidence that somatic cells, not just neural cells, store memory, inform genetic coding, and adapt to environmental changes—all behaviors that contribute to the mind and consciousness. 
   
   
   
  Verny describes single-celled organisms with no brains demonstrating memory, and points to the remarkable case of a French man who, despite having a brain just a fraction of the typical size, leads a normal life with a family and a job. The Embodied Mind shows how intelligence and consciousness—traits traditionally attributed to the brain alone—also permeate our entire being.

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