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Preface | ix | |
Acknowledgements | xi | |
1 | Introduction | |
1.1 | How the Holodiagram Developed | 3 |
1.2 | Operating Instructions | 6 |
1.3 | Coherence Length | 15 |
1.4 | Short-Pulse Lasers | 28 |
1.5 | Holography | 29 |
2 | The Holodiagram | |
2.1 | Application to Coherence | 36 |
2.2 | Application to Interferometry | 40 |
2.3 | The Moir, Analogy to the Holodiagram | 56 |
3 | Deflection of Light | |
3.1 | Resolution of a Lens | 72 |
3.2 | Reflection | 74 |
3.3 | Diffraction | 79 |
3.4 | Principle of Least Wave Change | 94 |
3.4.1 | Modification of Fermat's Principle | 94 |
3.4.2 | Examples of Equations | 95 |
3.4.3 | Test of Results | 99 |
3.4.4 | Conclusion | 99 |
4 | Interferometry | |
4.1 | One-Dimensional Interferometers | 100 |
4.1.1 | Measurement of Length | 100 |
4.1.2 | Measurement of Velocity | 104 |
4.2 | Two-Dimensional Interferometers | 116 |
4.2.1 | The Michelson Interferometer | 116 |
4.2.2 | The Interferoscope | 123 |
4.2.3 | Projected Fringes | 136 |
5 | Holography | |
5.1 | Image Formation | 144 |
5.2 | True and False Images | 152 |
6 | Holographic Interferometry | |
6.1 | Moir, Pattern Analogy | 164 |
6.2 | Apparent Fringe Localization in Space | 185 |
6.2.1 | The Focusing Effect from Motion Trails | 196 |
6.3 | Table of Fringes | 197 |
6.4 | 3D Evaluation of Fringes | 207 |
7 | Sandwich Holography | |
7.1 | Basic Principles | 213 |
7.2 | Measurement of Deformation | 224 |
7.3 | Measurement of Dimension | 230 |
8 | Light-in-Flight Recording by Holography | |
8.1 | Basic Correlation Principle | 239 |
8.2 | Study of Wavefronts | 247 |
8.2.1 | Light Reflected by a Mirror | 251 |
8.2.2 | Light Focused by a Lens | 256 |
8.3 | Study of Pulses | 261 |
8.3.1 | Shutter Faster than Light | 261 |
8.3.2 | The Heisenberg Uncertainty Principle | 268 |
8.3.3 | Visualizing the Coherence Function | 273 |
8.4 | Study of Refraction | 292 |
8.4.1 | Test of Optical Fiber | 292 |
8.4.2 | Single-Pulse Light-in-Flight Recording by Holography | 298 |
8.4.3 | Delay Caused by a Transparent Object | 299 |
8.4.4 | Looking through Tissue | 299 |
8.4.5 | Future Experiments | 311 |
9 | Contouring | |
9.1 | Measuring the Shape of 3D Objects | 317 |
9.2 | Single-Pulse Contouring | 328 |
9.3 | Comparing the Shape of a Test Object to a Master | 336 |
10 | Time Reconstruction in Lif Recording by Holography | |
10.1 | The Apparent Pulse Front | 341 |
10.2 | Tilting the Pulse Front | 347 |
10.3 | The Light Shutter That Moves Faster Than Light | 362 |
11 | The Hologram in Outer Space | |
11.1 | Light Echoes from Supernova | 367 |
11.2 | More Superluminal Motions | 370 |
11.3 | The Hologram Modified into an Egg | 373 |
12 | Relativity | |
12.1 | The Modified Twin Paradox | 380 |
12.2 | Comparison of LIF Recording and Relativity | 382 |
12.3 | Time Dilation, Lorentz Contraction, Relativistic Aberration, and Transverse Red Shift | 387 |
12.4 | Apparent Red Shift Even without the Big Bang | 397 |
12.5 | Complete Relativistic Diagram | 400 |
12.5.1 | Deformation of Space and Time | 402 |
12.5.2 | Example of Graphic Evaluation | 403 |
12.5.3 | Results | 405 |
12.5.4 | Conclusion | 414 |
12.6 | Minkowski Diagram in Relativity and Holography | 415 |
13 | Looking at the World Through a Mirror | 428 |
References | 436 |
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