From Atoms to Galaxies: A Conceptual Physics Approach to Scientific Awareness [With CDROM] (Hardcover)

IN THE BEGINNING
Science Kindles
The Beginning
Early Greek Astronomy
The Age of Measurement
The Geocentric Model
Wonder of Ancient Greece
End-of-Chapter Material

A Dark Interlude
Roman Civilization: ca BC?ca AD
Entertainment in the Roman Empire
Religion in the Roman Empire
Education in the Roman Empire
The Aftermath
A Lesson From the Past
End-of-Chapter Material

Science Rekindles
Renaissance and the Copernican Revolution
New Observations: 15 Centuries After Ptolemy
The Fall of the Spherical Dynasty
End-of-Chapter Material

From Heaven to Earth
The Ancient Physics
Galileo’s Study of Motion
Rectilinear Motion
End-of-Chapter Material

Epilogue: Underdetermination?
Lessons From Astronomy
Birth of Scientific Methodology
Underdetermination?
The Role of Mathematics

NEWTONIAN ERA
Kinematics: Describing Motion
Position, Displacement, and Distance
Parallax
Velocity and Speed
Acceleration
End-of-Chapter Material

Dynamics: Cause of Motion
The First Law of Motion
The Second Law of Motion
The Third Law of Motion
End-of-Chapter Material

Further Topics on Motion
Work and Energy
Rigid Body Motion
Mechanics of Fluids
End-of-Chapter Material

Gravitation
The Universal Law of Gravitation
Weightlessness
End-of-Chapter Material

Epilogue: Determinism
Newton’s Methodology
Determinism of Newtonian Physics 

WAVES AND ELECTROMAGNETISM
Waves
Oscillation
Mechanical Waves
Interference and Diffraction
Doppler Effect
End-of-Chapter Material

Electricity
Modern Electrostatics
Electric Field
Electric Potential
Electric Charges in Motion
Electric Power Transmission
End-of-Chapter Material

Magnetism and Electricity
The Compass and the Lodestone
Magnetism from Electricity
Faraday’s Lines of Force
Electricity From Magnetism
End-of-Chapter Material

Electromagnetic Waves
Fields Are Primary
Maxwell Corrects the Fourth Equation
Maxwell Predicts Electromagnetic Waves
End-of-Chapter Material

Epilogue: Mind & Matter
Continuity
Specificity and Idealization
Role of the Mind
Materiality of Fields
Support for Pure Research

THERMODYNAMICS
Introduction to Probability
Basic Concepts
Distribution Plots
The Law of Large Numbers
End-of-Chapter Material

Statistical Mechanics
Ideal Gas Law
Most Probable Configuration
Entropy
End-of-Chapter Material

Temperature and Heat
Temperature
The First Law of Thermodynamics
The Second Law of Thermodynamics
End-of-Chapter Material

Epilogue: Whole & Parts
Specificity and Idealization
Continuity
A Case for Fundamentalism
Thermodynamics and Social Imagery

TWENTIETH CENTURY PHYSICS: QUANTUM THEORY
Birth of Quantum Theory
Black Body Radiation
Quanta Are Born
Photoelectric Effect
End-of-Chapter Material

The Atoms
Modern Atomic Theory
Dissecting Atoms
Bohr Model of the H-Atom
End-of-Chapter Material

Quantum Theory I
Electrons as Waves
Quantum Mechanics
End-of-Chapter Material

Quantum Theory II
Quantum Tunneling
The Double-Slit Experiment
Angular Momentum and Spin
Quantum Measurement
Quantum Entanglement
Quantum Technology
End-of-Chapter Material

Epilogue: No Interpretation
Continuity
Role of Fundamentalism
Specificity
Induction Versus Deduction
No Interpretation for Quantum Theory

TWENTIETH CENTURY PHYSICS:RELATIVITY THEORY
Birth of Relativity
Law of Addition of Velocities
Principles of STR
Relativity of Simultaneity
Relativity of Length
End-of-Chapter Material

Relativity of Time and Space
Time Dilation
Length Contraction
The Twin Paradox
Relativisticity
End-of-Chapter Material

Spacetime Geometry
Space+Time=Spacetime
Events and Worldlines
Space Transformation
Spacetime Distance
Rules of Spacetime Geometry
Curved Worldlines
End-of-Chapter Material

E = mc2
Coordinate Velocity
Spacetime Velocity
Spacetime Momentum
Conservation of Momentum
End-of-Chapter Material

General Theory of Relativity
The Equivalence Principle
Consequences of Equivalence Principle
Einstein’s General Theory of Relativity
GTR and the Universe
End-of-Chapter Material

Epilogue: No Marketplace
Continuity
Specificity
Use/Creation of Mathematics
Induction Versus Deduction

TWENTIETH CENTURY PHYSICS: MICROCOSMOLOGY
On the Experimental Front
The Nucleon
Nuclear Reactions
The Emergence of Particle Physics
End-of-Chapter Material

On the Theoretical Front
Mathematical Prediction of Antimatter
Quantum Electrodynamics (QED)
End-of-Chapter Material

Classifying Particles and Forces
Spacetime Symmetry: Mathematical Poetry I
Hadrons
Leptons
End-of-Chapter Material

The Standard Model
Gauge Theory: Mathematical Poetry III
Electroweak Interaction
Quantum Chromodynamics (QCD)
The Standard Model
Grand Unification
End-of-Chapter Material

New Age Physics
Sins of the Fathers
Union of Philosophy, Science, and Religion
Physics-Eastern Thought Parallelism
End-of-Chapter Material

Epilogue: The Eye of Physics
Modern Experimental Techniques
Modern Mathematical Techniques
An Endangered Species?
Continuity and Specificity of Physics

TWENTIETH CENTURY PHYSICS: MACROCOSMOLOGY
Physics of the Cosmos
The Friedmann Equation
Matter Dominance
Radiation Dominance
Expansion and Olbers’ Paradox
Echo of the Big Bang
End-of-Chapter Material

Early Universe
Content of the Early Universe
The Genesis as Told by Physics
End-of-Chapter Material

The Last Epoch
Cosmic Structure Formation
Problems With Standard Cosmology
Inflationary Cosmology
Birth of a Star
Death of a Star
End-of-Chapter Material

Epilogue: The Closing Dialogue

NATURE OF SCIENCE
Misconceptions About Science
Mathematics
Technology: Application of Science
Science and Values

Characteristics of Science
Science Studies Matter
Materialistic Philosophy
Science Trusts Only Observation
Continuity of Science
Science Is Detached From the Scientist
Reductionism and Science
Commonality of Instrumentation
Reproducibility?

Science Versus Pseudoscience
Some Characteristics of Pseudoscience
Intelligent Design
Psychoanalysis
A Project for the Reader

Glossary
Answers to Selected Exercises
Bibliography
Index