Progress in Optics

Table of contents

1. Cover image
2. Title Page
3. Table of Contents
4. Copyright
5. Contributors
6. Preface
7. Chapter One: Freeform optics design
   1. Abstract
   2. 1: Introduction
   3. 2: Design methods
   4. 3: Imaging applications
   5. 4: Nonimaging applications
   6. Acknowledgments
   7. References
8. Chapter Two: Attosecond pulses and laser-driven electron dynamics
   1. Abstract
   2. 1: Introduction
   3. 2: High-order harmonic generation
   4. 3: Isolation of attosecond pulses
   5. 4: Attosecond dynamics in atoms and molecules
   6. 5: Attosecond physics in condensed matter
   7. 6: Conclusions and outlook
   8. References
9. Chapter Three: Quantum polarimetry
   1. Abstract
   2. 1: Introduction
   3. 2: Classical polarization
   4. 3: Quantum polarization
   5. 4: Quantum polarimetry from the perspective of quantum estimation theory
   6. 5: Evaluating classical intuitions in light of quantum polarimetry
   7. 6: Conclusions
   8. References
10. Chapter Four: Young's interference experiment: Past, present, and future
    1. Abstract
    2. 1: Introduction
    3. 2: Life and work of Thomas Young
    4. 3: Young's interference experiment
    5. 4: Weak light
    6. 5: The wave-particle duality for massive particles
    7. 6: Optical coherence
    8. 7: Surface plasmons
    9. 8: Entanglement and duality
    10. 9: Multi-order interference and exotic paths
    11. 10: Singular optics
    12. 11: Conclusions
    13. References
11. Author index
12. Subject Index
13. Cumulative index – volumes 1–67