Introduction to Light: The Physics of Light, Vision, and Color

Designed as a text for a one-semester, nonmathematical optics course at the undergraduate level, this well-illustrated text is addressed to art majors but is also suitable for students of fashion, theater, photography, and the liberal arts. Four parts constitute this introductory volume: Part I discusses the nature of light, including early ideas of light (a newly revised chapter for this edition), and classical and modern theories. Part II concerns the manipulation of light, including such topics as geometrical optics, polarization, lasers, and holography; Part III explores vision, including the eye and seeing; and Part IV examines color, in terms of light and color in nature and color science. Three appendices deal with lens and mirror equations, Snell's law, and scientific notation.
Questions at the end of each chapter offer students a chance to test their grasp of the material. The presentation is almost completely nonmathematical in manner, making this book widely accessible to students of all backgrounds and to other readers curious about this ubiquitous but mysterious natural phenomenon.

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Introduction to Light: The Physics of Light, Vision, and Color

Designed as a text for a one-semester, nonmathematical optics course at the undergraduate level, this well-illustrated text is addressed to art majors but is also suitable for students of fashion, theater, photography, and the liberal arts. Four parts constitute this introductory volume: Part I discusses the nature of light, including early ideas of light (a newly revised chapter for this edition), and classical and modern theories. Part II concerns the manipulation of light, including such topics as geometrical optics, polarization, lasers, and holography; Part III explores vision, including the eye and seeing; and Part IV examines color, in terms of light and color in nature and color science. Three appendices deal with lens and mirror equations, Snell's law, and scientific notation.
Questions at the end of each chapter offer students a chance to test their grasp of the material. The presentation is almost completely nonmathematical in manner, making this book widely accessible to students of all backgrounds and to other readers curious about this ubiquitous but mysterious natural phenomenon.

16.95 In Stock
Introduction to Light: The Physics of Light, Vision, and Color

Introduction to Light: The Physics of Light, Vision, and Color

by Gary Waldman
Introduction to Light: The Physics of Light, Vision, and Color

Introduction to Light: The Physics of Light, Vision, and Color

by Gary Waldman

Paperback(Expanded and Revised ed.)

$16.95 
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Overview

Designed as a text for a one-semester, nonmathematical optics course at the undergraduate level, this well-illustrated text is addressed to art majors but is also suitable for students of fashion, theater, photography, and the liberal arts. Four parts constitute this introductory volume: Part I discusses the nature of light, including early ideas of light (a newly revised chapter for this edition), and classical and modern theories. Part II concerns the manipulation of light, including such topics as geometrical optics, polarization, lasers, and holography; Part III explores vision, including the eye and seeing; and Part IV examines color, in terms of light and color in nature and color science. Three appendices deal with lens and mirror equations, Snell's law, and scientific notation.
Questions at the end of each chapter offer students a chance to test their grasp of the material. The presentation is almost completely nonmathematical in manner, making this book widely accessible to students of all backgrounds and to other readers curious about this ubiquitous but mysterious natural phenomenon.


Product Details

ISBN-13: 9780486421186
Publisher: Dover Publications
Publication date: 06/14/2002
Series: Dover Books on Physics
Edition description: Expanded and Revised ed.
Pages: 240
Product dimensions: 6.14(w) x 9.21(h) x (d)

Table of Contents

Preface
Part I. What Is Light?
Chapter 1. Early Ideas of Light
1.1 Greek Optics
1.2 Optics in the Middle Ages
1.3 A New Beginning
Chapter 2. The Classical Theories
2.1 The Corpuscular Theory
2.2 The Wave Theory
2.3 Electromagnetic Waves
Chapter 3. Modern Theories
3.1 Blackbody Radiation
3.2 Photoelectric Effect
3.3 The Nuclear Atom
3.4 Matter Waves
Part II. Manipulation of Light
Chapter 4. Geometrical Optics
4.1 Light Rays
4.2 Reflection and Refraction
4.3 Spherical Lenses and Mirrors
4.4 Conic Section Mirrors
Chapter 5. Polarization
5.1 Transverse Waves and Polarization
5.2 Polarization by Reflection
5.3 Polarization by Scattering
5.4 Double Refraction
5.5 Circular Polarization
Chapter 6. Lasers
6.1 Absorption and Emission
6.2 Population Inversion
6.3 Ruby Laser
6.4 Helium-Neon Laser
6.5 Other Laser Types
6.6 Effects of the Optical Cavity
6.7 Coherence
6.8 Applications
Chapter 7. Holography
7.1 Zone Plates
7.2 Hologram as a Set of Zone Plates
7.3 Improved Holograms
7.4 Holography and Photography
7.5 Holograms as Sets of Hyperbolic Mirrors
7.6 New Types of Holograms
7.7 Applications
Part III. Vision
Chapter 8. The Eye
8.1 Outer Shell
8.2 Pupil
8.3 Lens
8.4 Retina
8.5 Pathways to the Brain
Chapter 9. Seeing
9.1 Eye Movements
9.2 Optical Illusions
9.3 Seeing in Three Dimensions
9.4 Color Vision
Part IV. Color
Chapter 10. Light and Color in Nature
10.1 Natural Light
10.2 Forced Oscillators
10.3 Rayleigh Scattering
10.4 White Light Scattering
10.5 Dispersion
10.6 Coronas and the Glory
10.7 Thin Film Colors
10.8 Pigments in Nature
10.9 Other Natural Lighting Effects
Chapter 11. Color Science
11.1 Newton's Work
11.2 Primary Colors
11.3 Attributes of Color
11.4 Color Solid and Color Atlases
11.5 Colorimetry
Appendix A. Lens and Mirror Equations
Appendix B. Snell's Law
Appendix C. Scientific Notation
Index
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