Quantum Physics for Beginners Discover the Deepest Secrets of the Law of Attraction and Q Mechanics and the power of the Mind by Loew T. Kaufmann
Contents of Quantum Physics for Beginners Book
- Chapter 1 : Before Quantum Physics: Light And Matter
- Newton’s Light Corpuscles
- Young’s Double-slit Experiment
- The Famous Maxwell Equation
- Electromagnetic Spectra
- A Nod To Thermodynamics
- Chapter 2 : Max Planck The Father Of Quantum Theory
- The Bohr Atomic Model
- The Schr-dinger Equation
- Chapter 3 : The Birth And Foundations Of Quantum Mechanics
- Understanding The Quantum Nature Of Light
- Few Specific Characteristics That Are Singular To Laser Light Include
- Chapter 4 : Fundamental Principles And Laws
- The Huygens-fresnel Principle
- Chapter 5 : Einstein’s Relativity
- The Equivalence Principle
- The Problem Of Inertial Forces
- Relativity Of Gravity
- Chapter 6 : The Finding Of The Scientifically Destroyed Materialism .
- Amit Goswami Says This Of The Discovery About The Nature Of Light
- Amit Goswami Expanded This Result
- Chapter 7 : The Law Of Attraction And Quantum Physics
- Chapter 8 : The Double-slit Experiment
- A Game Of Chance
- Chapter 9 : Black Body Emission
- Chapter 10 : Resistance
- Stewart-tolman Effect
- Piezoelectricity
- Lightning
- Chapter 11 : Photoelectric Effect: Einstein’s Theory
- Features Of Photoelectric Emission.
- The Role Of Photons In Photoelectric Emission
- Bound Systems And Binding Energy
- Chapter 12 : Quantum Reality
- Chapter 13 : Holography And Quantum Gravity
- The Myth Of Gravity
- Chapter 14 : Unified Energy And Unified Matter
- Unified Field
- Unified Matter
- The Future Of Unified Field-based On Energy Strings
- Chapter 15 : Superconductors
- No Resistance
- Electrical Resistance Superconductors
- Tunnel Effects
- Josephson Effect
- Chapter 16: Evolution Of Elementary Particles
- Postulates
- Evolution Of The Hydrogen Atom
- Chapter 17 : Mathematics, The Language Of Physics
- The Role Of Mathematics In Physics
- Three Outstanding Mathematicians: Leonhard Euler, Srinivasa Ramanujan, And John Von Neumann
- Chapter 18 : Universe
- Chapter 19 : Quantum Computing
- Is Information Physical?
- What Is A Computer?
- How Do Computers Work?
- How Small Can A Single Logic Gate Be?
- Can We Create Computers That Use Fundamentally Quantum Behavior?
- What Is A Qubit?
- What Physical Principles Differentiate Classical And Quantum Computers Apart?
- Chapter 20 : What Are Your Quantum Thoughts?
- Quantum
- Quantum Mind Tactics
- Conceptual Issues
- Practical Issues
- Ethical Issues
- Chapter 21 : Quantum Dimension
- Chapter 22 : Examples And Applications
- Schr-dinger’s Cat
- Quantum Entanglement And Nonlocality
- Unification Of Two Worlds
- Chapter 23 : Test Realization Of Quantum Computer
- Heteropolymers
- Ion Traps
- Quantum Electrodynamics Cavity
- Nuclear Magnetic Resonance
- Quantum Dots
- Josephson Junctions
- The Kane Computer
- Topological Quantum Computer
- Chapter 24 : The Quantum World Of Spinning Particles
- Angular Momentum In Classical Mechanics
- Chapter 25 : Five Modern Application Of Quantum Physics
- Here Are Of The Most Exciting Ones
- Quantum Physics As Seen In Everyday Objects
- Chapter 26 : Modern Physics
- Matter And Anti-matter
- Medical Imaging.
- Chapter 27 : Modern Complication
