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Foreword; Preface; Contents; 1 Science; 1.1 Natural Philosophy; 1.2 Evolution of Scientific Thought; 1.3 Basic and Applied Research; 1.4 From the Very Small to the Very Big; 1.5 Lasers. An Example; 1.6 Critical Examination: The Socratic Method; 1.7 Headwinds to Research and Science; 2 Philosophy, Science and Ethics; 2.1 Philosophy: Know Yourself; 2.2 Philosophy and Science: Thales; 2.3 Protagoras; 2.4 Philosophy and Beliefs: Pythagoras; 2.5 Life and Death; 2.6 Science and Ethics; 2.7 Research on Improving the Quality of Life; 2.8 Why Science Is Amoral; 3 The Physicist's Method
3.1 Scientific Experiments3.2 The Heart of the Matter; 3.3 Cause and Effect; 3.4 Laws in Physics: A Case Study with Entropy; 3.5 Entropy, Noise, and Errors; 3.6 Rocket Science and Financial Analysis; 3.7 Case Study with Moore's Law; 4 Models and Simulation; 4.1 Simulation: Back to Fundamentals; 4.2 Simulated Environments; 4.3 Simpler and More Complex Models; 4.4 Fractals and Chaos Theory; 4.5 The Downside of Flawed Models; 4.6 Testing Models, Hypotheses, and Forecasts; 5 Education for Science and Technology; 5.1 Learning How to Learn; 5.2 A Giant Step in Education: The Invention of Writing
5.3 The Use of Knowledge5.4 Opening the Human Mind: Asymmetries and Nonlinearities; 5.5 Technical Analysis of Tools and Models; 5.6 Being Proactive; 6 Technology; 6.1 Technology and Society; 6.2 A Brief History of Technology; 6.3 Biomedical Engineering. A Case Study; 6.4 Meta-Analysis and the Fermi Principle; 6.5 Technology's Impact; 6.6 The Risk of Human Errors; 6.7 Technology and Promotion; 7 Technology and the Political Challenge of℗ Energy Supply; 7.1 Power Production and Consumption; 7.2 Is It Possible to Ease Energy Dependency?; 7.3 Energy Efficiency
7.4 Bubbles in Power Economics. The LEDs7.5 Shortage of Energy and Inefficient "Solutions"; 7.6 Cars, Car Users, and the Environment; 8 Sources of Energy; 8.1 Is Clean Energy a Chimera?; 8.2 Coal; 8.3 Hydroelectric Power: A Case Study with the Aswan Dam; 8.4 Oil; 8.5 Gas and Biofuels; 8.6 Shale Gas and Oil; 8.7 Fracking's Downside; 8.8 Solar; 8.9 Wind Power; 9 Challenges of Nuclear Power Production; 9.1 An Introduction to Nuclear Power; 9.2 Nuclear Power Production in France; 9.3 Germany Abandons Nuclear Power; 9.4 Japan's Nuclear Power Catastrophe; 9.5 We Should Learn from Past Accidents
3.1 Scientific Experiments3.2 The Heart of the Matter; 3.3 Cause and Effect; 3.4 Laws in Physics: A Case Study with Entropy; 3.5 Entropy, Noise, and Errors; 3.6 Rocket Science and Financial Analysis; 3.7 Case Study with Moore's Law; 4 Models and Simulation; 4.1 Simulation: Back to Fundamentals; 4.2 Simulated Environments; 4.3 Simpler and More Complex Models; 4.4 Fractals and Chaos Theory; 4.5 The Downside of Flawed Models; 4.6 Testing Models, Hypotheses, and Forecasts; 5 Education for Science and Technology; 5.1 Learning How to Learn; 5.2 A Giant Step in Education: The Invention of Writing
5.3 The Use of Knowledge5.4 Opening the Human Mind: Asymmetries and Nonlinearities; 5.5 Technical Analysis of Tools and Models; 5.6 Being Proactive; 6 Technology; 6.1 Technology and Society; 6.2 A Brief History of Technology; 6.3 Biomedical Engineering. A Case Study; 6.4 Meta-Analysis and the Fermi Principle; 6.5 Technology's Impact; 6.6 The Risk of Human Errors; 6.7 Technology and Promotion; 7 Technology and the Political Challenge of℗ Energy Supply; 7.1 Power Production and Consumption; 7.2 Is It Possible to Ease Energy Dependency?; 7.3 Energy Efficiency
7.4 Bubbles in Power Economics. The LEDs7.5 Shortage of Energy and Inefficient "Solutions"; 7.6 Cars, Car Users, and the Environment; 8 Sources of Energy; 8.1 Is Clean Energy a Chimera?; 8.2 Coal; 8.3 Hydroelectric Power: A Case Study with the Aswan Dam; 8.4 Oil; 8.5 Gas and Biofuels; 8.6 Shale Gas and Oil; 8.7 Fracking's Downside; 8.8 Solar; 8.9 Wind Power; 9 Challenges of Nuclear Power Production; 9.1 An Introduction to Nuclear Power; 9.2 Nuclear Power Production in France; 9.3 Germany Abandons Nuclear Power; 9.4 Japan's Nuclear Power Catastrophe; 9.5 We Should Learn from Past Accidents