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University Physics III: Optics & Modern Physics

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University Physics III: Optics & Modern Physics

University Physics is designed for the two- or three-semester calculus-based physics course. This volume explores optics and modern physics, beginning with how light behaves through reflection, refraction, interference, and diffraction. It then moves into relativity and quantum mechanics, introducing photons, matter waves, and atomic structure. The text also covers condensed matter, nuclear physics, and cosmology, linking theory to technologies like lasers, semiconductors, and medical imaging.

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Mục lục· 131 mục
  1. 01: The Nature of Light
  2. 1.0A: 1.A: The Nature of Light (Answers)
  3. 1.0E: 1.E: The Nature of Light (Exercises)
  4. 1.0S: 1.S: The Nature of Light (Summary)
  5. 1.01: Prelude to The Nature of Light
  6. 1.02: The Propagation of Light
  7. 1.03: The Law of Reflection
  8. 1.04: Refraction
  9. 1.05: Total Internal Reflection
  10. 1.06: Dispersion
  11. 1.07: Huygenss Principle
  12. 1.08: Polarization
  13. 02: Geometric Optics and Image Formation
  14. 2.0A: 2.A: Geometric Optics and Image Formation (Answers)
  15. 2.0E: 2.E: Geometric Optics and Image Formation (Exercises)
  16. 2.0S: 2.S: Geometric Optics and Image Formation (Summary)
  17. 2.01: Prelude to Geometric Optics and Image Formation
  18. 2.02: Images Formed by Plane Mirrors
  19. 2.03: Spherical Mirrors
  20. 2.04: Images Formed by Refraction
  21. 2.05: Thin Lenses
  22. 2.06: The Eye
  23. 2.07: The Camera
  24. 2.08: The Simple Magnifier
  25. 2.09: Microscopes and Telescopes
  26. 03: Interference
  27. 3.0A: 3.A: Interference (Answers)
  28. 3.0E: 3.E: Interference (Exercises)
  29. 3.0S: 3.S: Interference (Summary)
  30. 3.01: Prelude to Interference
  31. 3.02: Young's Double-Slit Interference
  32. 3.03: Mathematics of Interference
  33. 3.04: Multiple-Slit Interference
  34. 3.05: Interference in Thin Films
  35. 3.06: The Michelson Interferometer
  36. 04: Diffraction
  37. 4.0A: 4.A: Diffraction (Answers)
  38. 4.0E: 4.E: Diffraction (Exercises)
  39. 4.0S: 4.S: Diffraction (Summary)
  40. 4.01: Prelude to Diffraction
  41. 4.02: Single-Slit Diffraction
  42. 4.03: Intensity in Single-Slit Diffraction
  43. 4.04: Double-Slit Diffraction
  44. 4.05: Diffraction Gratings
  45. 4.06: Circular Apertures and Resolution
  46. 4.07: X-Ray Diffraction
  47. 4.08: Holography
  48. 05: Relativity
  49. 5.0A: 5.A: Relativity (Answers)
  50. 5.01: Prelude to Relativity
  51. 5.02: Invariance of Physical Laws
  52. 5.03: Relativity of Simultaneity
  53. 5.04: Time Dilation
  54. 5.05: Length Contraction
  55. 5.06: The Lorentz Transformation
  56. 5.07: Relativistic Velocity Transformation
  57. 5.08: Doppler Effect for Light
  58. 5.09: Relativistic Momentum
  59. 5.10: Relativistic Energy
  60. 5.E: Relativity (Exercises)
  61. 5.S: Relativity (Summary)
  62. 06: Photons and Matter Waves
  63. 6.0A: 6.A: Photons and Matter Waves (Answer)
  64. 6.0E: 6.E: Photons and Matter Waves (Exercise)
  65. 6.0S: 6.S: Photons and Matter Waves (Summary)
  66. 6.01: Prelude to Photons and Matter Waves
  67. 6.02: Blackbody Radiation
  68. 6.03: Photoelectric Effect
  69. 6.04: The Compton Effect
  70. 6.05: Bohrs Model of the Hydrogen Atom
  71. 6.06: De Broglies Matter Waves
  72. 6.07: Wave-Particle Duality
  73. 07: Quantum Mechanics
  74. 7.0A: 7.A: Quantum Mechanics (Answers)
  75. 7.0E: 7.E: Quantum Mechanics (Exercises)
  76. 7.0S: 7.S: Quantum Mechanics (Summary)
  77. 7.01: Prelude to Quantum Mechanics
  78. 7.02: Wavefunctions
  79. 7.03: The Heisenberg Uncertainty Principle
  80. 7.04: The Schrdinger Equation
  81. 7.05: The Quantum Particle in a Box
  82. 7.06: The Quantum Harmonic Oscillator
  83. 7.07: Quantum Tunneling of Particles through Potential Barriers
  84. 08: Atomic Structure
  85. 8.0A: 8.A: Atomic Structure (Answers)
  86. 8.0E: 8.E: Atomic Structure (Exercises)
  87. 8.0S: 8.S: Atomic Structure (Summary)
  88. 8.01: Prelude to Atomic Structure
  89. 8.02: The Hydrogen Atom
  90. 8.03: Orbital Magnetic Dipole Moment of the Electron
  91. 8.04: Electron Spin
  92. 8.05: The Exclusion Principle and the Periodic Table
  93. 8.06: Atomic Spectra and X-rays
  94. 8.07: Lasers
  95. 09: Condensed Matter Physics
  96. 9.0A: 9.A: Condensed Matter Physics (Answers)
  97. 9.0E: 9.E: Condensed Matter Physics (Exercises)
  98. 9.0S: 9.S: Condensed Matter Physics (Summary)
  99. 9.01: Prelude to Condensed Matter Physics
  100. 9.02: Types of Molecular Bonds
  101. 9.03: Molecular Spectra
  102. 9.04: Bonding in Crystalline Solids
  103. 9.05: Free Electron Model of Metals
  104. 9.06: Band Theory of Solids
  105. 9.07: Semiconductors and Doping
  106. 9.08: Semiconductor Devices
  107. 9.09: Superconductivity
  108. 10: Nuclear Physics
  109. 10.0A: 10.A: Nuclear Physics (Answers)
  110. 10.0E: 10.E: Nuclear Physics (Exercises)
  111. 10.0S: 10.S: Nuclear Physics (Summary)
  112. 10.01: Prelude to Nuclear Physics
  113. 10.02: Properties of Nuclei
  114. 10.03: Nuclear Binding Energy
  115. 10.04: Radioactive Decay
  116. 10.05: Nuclear Reactions
  117. 10.06: Fission
  118. 10.07: Nuclear Fusion
  119. 10.08: Medical Applications and Biological Effects of Nuclear Radiation
  120. 11: Particle Physics and Cosmology
  121. 11.0A: 11.A: Particle Physics and Cosmology (Answers)
  122. 11.0S: 11.S: Particle Physics and Cosmology (Summary)
  123. 11.01: Prelude to Particle Physics and Cosmology
  124. 11.02: Introduction to Particle Physics
  125. 11.03: Particle Conservation Laws
  126. 11.04: Quarks
  127. 11.05: Particle Accelerators and Detectors
  128. 11.06: The Standard Model
  129. 11.07: The Big Bang
  130. 11.08: Evolution of the Early Universe
  131. 11.E: Particle Physics and Cosmology (Exercises)