Norbert Schwarzer graduated in physics from the University of Chemnitz, Germany, in 1991. After several research projects abroad and a PhD in contact mechanics in 1998, he became an assistant professor at the University of Chemnitz in 1999. In 2005, he founded Saxonian Institute of Surface Mechanics. Dr Schwarzer has published a variety of papers in the fields of basic research and application of contact mechanical approaches for laminates, composites, and layered materials. Due to the need for better stability prediction and socioeconomic models, he started to apply the concepts from theoretical physics in more down-to-earth fields such as materials science, school transport, and sales market analysis. Some of this work finally led to the ideas for the improvement of the original theoretical concepts.

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• 1. The Motivator 1.1 Information about the Motivator Book 1.2 Preface 1.3 Seelingrad 1.4 The Private 1.5 The Election 1.6 Muster 1.7 Extra Training 1.8 Poor Officers 1.9 Newspaper Money 1.10 Chicanery 1.11 Big Combat Exercise 1.12 False Reports 1.13 Occupation 1.14 Backing 1.15 The Disabled Company 1.16 Resistant Losers 1.17 "Common Field Mouse, Comrade Major!" 1.18 Spaniens Himmel and Freedom 1.19 The Enemy Wins and Turns Out to Be a Brother in Arms 1.20 The Interrogation 1.21 Triumph 1.22 The Last Posse 1.23 Five Thousand Men at Tank Pace 1.24 Discharge 1.25 Gift Giving 1.26 The Call for Freedom 1.27 The End 2. Appetizers 2.1 How Do We Emit Confidence or Can the Dunning–Kruger Effect Be Mathematically Derived? 2.2 The Mass Formation in the Quantum Gravity Model Picture 2.3 Time and Uncertainty in Connection with Individuality and Subjectivity 2.4 The Path of Desire 2.5 The Manifestation of Thought 2.6 Polarization 2.7 The Size of a Thought 2.8 Intermediate Conclusions 3. Light Dishes 3.1 Brief Note about the Thermodynamic of Thoughts 3.2 About the Fundamental Time and Uncertainty of the Mind 3.3 A Timid Statement 3.4 Why Does Consciousness Need Spirituality? 3.5 The Field-Illustration of Mass Formation 3.6 Outlook: What Happens when the Narrative Crumbles 3.7 A Connection to Chaos Theory? 4. Meat 4.1 Love Fields: Just Another Example of Physics in Psychology 4.2 More Quantum Gravity Topics and Their Bearing on Mathematical Psychology 4.3 The Most Important Conclusion of Them All 5. Desserts: Appendices 5.1 Appendix A: System as Ensemble of Properties 5.2 Appendix B: Fundamental Starting Point 5.3 Appendix C: Second-Order Quantum Equations from the Einstein–Hilbert Action 5.4 Appendix D: Simple Example for Dimensional Mass Creation 5.5 Appendix E: About the Inner Evolutionary Potential of a System 5.6 Appendix F: About the Metric Origin of a Higgs Field for an Arbitrary System 5.7 Appendix G: How Nudging a System Gives Quantum Effects 5.8 Appendix H: First-Order Quantum Equations from the Einstein–Hilbert Action 5.9 Appendix I: How Perturbation of the Classical Hilbert Kernel in the Einstein–Hilbert Actions Automatically Leads to Quantum Gravity Field Equations 5.10 Appendix J: The Introduction of a Metric System Time 5.11 Appendix K: Metric Quantum Electrodynamics (MQED) 5.12 Appendix L: Homogenization 5.13 Appendix M: Derivation of the Functional Derivative of the Scaled and Adjusted Einstein–Hilbert Action with Respect to the Function f 5.14 Appendix N: Particles and Universes at Rest Solutions 5.15 Appendix O: Obtaining Matter 5.16 Appendix P: Electro-Magnetic Interaction (and Matter) via Space-Time Warping 5.17 Appendix Q: About the Dimensional Size of Systems 5.18 Appendix R: Compact Derivation of the Most Fundamental Basics to a "Mathematical Psychology" 5.19 Appendix S: Hate or Love, One and the Same Source for Both?

Norbert Schwarzer graduated in physics from the University of Chemnitz, Germany, in 1991. After several research projects abroad and a PhD in contact mechanics in 1998, he became an assistant professor at the University of Chemnitz in 1999. In 2005, he founded Saxonian Institute of Surface Mechanics. Dr Schwarzer has published a variety of papers in the fields of basic research and application of contact mechanical approaches for laminates, composites, and layered materials. Due to the need for better stability prediction and socioeconomic models, he started to apply the concepts from theoretical physics in more down-to-earth fields such as materials science, school transport, and sales market analysis. Some of this work finally led to the ideas for the improvement of the original theoretical concepts.

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• 1. The Motivator 1.1 Information about the Motivator Book 1.2 Preface 1.3 Seelingrad 1.4 The Private 1.5 The Election 1.6 Muster 1.7 Extra Training 1.8 Poor Officers 1.9 Newspaper Money 1.10 Chicanery 1.11 Big Combat Exercise 1.12 False Reports 1.13 Occupation 1.14 Backing 1.15 The Disabled Company 1.16 Resistant Losers 1.17 "Common Field Mouse, Comrade Major!" 1.18 Spaniens Himmel and Freedom 1.19 The Enemy Wins and Turns Out to Be a Brother in Arms 1.20 The Interrogation 1.21 Triumph 1.22 The Last Posse 1.23 Five Thousand Men at Tank Pace 1.24 Discharge 1.25 Gift Giving 1.26 The Call for Freedom 1.27 The End 2. Appetizers 2.1 How Do We Emit Confidence or Can the Dunning–Kruger Effect Be Mathematically Derived? 2.2 The Mass Formation in the Quantum Gravity Model Picture 2.3 Time and Uncertainty in Connection with Individuality and Subjectivity 2.4 The Path of Desire 2.5 The Manifestation of Thought 2.6 Polarization 2.7 The Size of a Thought 2.8 Intermediate Conclusions 3. Light Dishes 3.1 Brief Note about the Thermodynamic of Thoughts 3.2 About the Fundamental Time and Uncertainty of the Mind 3.3 A Timid Statement 3.4 Why Does Consciousness Need Spirituality? 3.5 The Field-Illustration of Mass Formation 3.6 Outlook: What Happens when the Narrative Crumbles 3.7 A Connection to Chaos Theory? 4. Meat 4.1 Love Fields: Just Another Example of Physics in Psychology 4.2 More Quantum Gravity Topics and Their Bearing on Mathematical Psychology 4.3 The Most Important Conclusion of Them All 5. Desserts: Appendices 5.1 Appendix A: System as Ensemble of Properties 5.2 Appendix B: Fundamental Starting Point 5.3 Appendix C: Second-Order Quantum Equations from the Einstein–Hilbert Action 5.4 Appendix D: Simple Example for Dimensional Mass Creation 5.5 Appendix E: About the Inner Evolutionary Potential of a System 5.6 Appendix F: About the Metric Origin of a Higgs Field for an Arbitrary System 5.7 Appendix G: How Nudging a System Gives Quantum Effects 5.8 Appendix H: First-Order Quantum Equations from the Einstein–Hilbert Action 5.9 Appendix I: How Perturbation of the Classical Hilbert Kernel in the Einstein–Hilbert Actions Automatically Leads to Quantum Gravity Field Equations 5.10 Appendix J: The Introduction of a Metric System Time 5.11 Appendix K: Metric Quantum Electrodynamics (MQED) 5.12 Appendix L: Homogenization 5.13 Appendix M: Derivation of the Functional Derivative of the Scaled and Adjusted Einstein–Hilbert Action with Respect to the Function f 5.14 Appendix N: Particles and Universes at Rest Solutions 5.15 Appendix O: Obtaining Matter 5.16 Appendix P: Electro-Magnetic Interaction (and Matter) via Space-Time Warping 5.17 Appendix Q: About the Dimensional Size of Systems 5.18 Appendix R: Compact Derivation of the Most Fundamental Basics to a "Mathematical Psychology" 5.19 Appendix S: Hate or Love, One and the Same Source for Both?

Norbert Schwarzer graduated in physics from the University of Chemnitz, Germany, in 1991. After several research projects abroad and a PhD in contact mechanics in 1998, he became an assistant professor at the University of Chemnitz in 1999. In 2005, he founded Saxonian Institute of Surface Mechanics. Dr Schwarzer has published a variety of papers in the fields of basic research and application of contact mechanical approaches for laminates, composites, and layered materials. Due to the need for better stability prediction and socioeconomic models, he started to apply the concepts from theoretical physics in more down-to-earth fields such as materials science, school transport, and sales market analysis. Some of this work finally led to the ideas for the improvement of the original theoretical concepts.

Select Guide Rating

• 1. The Motivator 1.1 Information about the Motivator Book 1.2 Preface 1.3 Seelingrad 1.4 The Private 1.5 The Election 1.6 Muster 1.7 Extra Training 1.8 Poor Officers 1.9 Newspaper Money 1.10 Chicanery 1.11 Big Combat Exercise 1.12 False Reports 1.13 Occupation 1.14 Backing 1.15 The Disabled Company 1.16 Resistant Losers 1.17 "Common Field Mouse, Comrade Major!" 1.18 Spaniens Himmel and Freedom 1.19 The Enemy Wins and Turns Out to Be a Brother in Arms 1.20 The Interrogation 1.21 Triumph 1.22 The Last Posse 1.23 Five Thousand Men at Tank Pace 1.24 Discharge 1.25 Gift Giving 1.26 The Call for Freedom 1.27 The End 2. Appetizers 2.1 How Do We Emit Confidence or Can the Dunning–Kruger Effect Be Mathematically Derived? 2.2 The Mass Formation in the Quantum Gravity Model Picture 2.3 Time and Uncertainty in Connection with Individuality and Subjectivity 2.4 The Path of Desire 2.5 The Manifestation of Thought 2.6 Polarization 2.7 The Size of a Thought 2.8 Intermediate Conclusions 3. Light Dishes 3.1 Brief Note about the Thermodynamic of Thoughts 3.2 About the Fundamental Time and Uncertainty of the Mind 3.3 A Timid Statement 3.4 Why Does Consciousness Need Spirituality? 3.5 The Field-Illustration of Mass Formation 3.6 Outlook: What Happens when the Narrative Crumbles 3.7 A Connection to Chaos Theory? 4. Meat 4.1 Love Fields: Just Another Example of Physics in Psychology 4.2 More Quantum Gravity Topics and Their Bearing on Mathematical Psychology 4.3 The Most Important Conclusion of Them All 5. Desserts: Appendices 5.1 Appendix A: System as Ensemble of Properties 5.2 Appendix B: Fundamental Starting Point 5.3 Appendix C: Second-Order Quantum Equations from the Einstein–Hilbert Action 5.4 Appendix D: Simple Example for Dimensional Mass Creation 5.5 Appendix E: About the Inner Evolutionary Potential of a System 5.6 Appendix F: About the Metric Origin of a Higgs Field for an Arbitrary System 5.7 Appendix G: How Nudging a System Gives Quantum Effects 5.8 Appendix H: First-Order Quantum Equations from the Einstein–Hilbert Action 5.9 Appendix I: How Perturbation of the Classical Hilbert Kernel in the Einstein–Hilbert Actions Automatically Leads to Quantum Gravity Field Equations 5.10 Appendix J: The Introduction of a Metric System Time 5.11 Appendix K: Metric Quantum Electrodynamics (MQED) 5.12 Appendix L: Homogenization 5.13 Appendix M: Derivation of the Functional Derivative of the Scaled and Adjusted Einstein–Hilbert Action with Respect to the Function f 5.14 Appendix N: Particles and Universes at Rest Solutions 5.15 Appendix O: Obtaining Matter 5.16 Appendix P: Electro-Magnetic Interaction (and Matter) via Space-Time Warping 5.17 Appendix Q: About the Dimensional Size of Systems 5.18 Appendix R: Compact Derivation of the Most Fundamental Basics to a "Mathematical Psychology" 5.19 Appendix S: Hate or Love, One and the Same Source for Both?