Graph ›
Part VII ›
Experiment: Wave Optics
Experiment: Wave Optics
phenomena experiments owed owes (derived) owes (derived) phenomenon 67.1: The wavelength of light is a measurable length 67.1 The wavelength o… phenomenon 67.2: Perpendicularly polarized beams do not interfere 67.2 Perpendicularly… phenomenon 67.3: The grating turns a wavelength into an angle 67.3 The grating turn… phenomenon 67.4: There is a diffraction limit, and it is measured 67.4 There is a diffr… phenomenon 67.5: A spectral line is a reproducible standard of
length 67.5 A spectral line… phenomenon 67.6: Rotation shifts the fringes: the Sagnac effect 67.6 Rotation shifts… phenomenon 67.7: An intensity record can give back a wavefront 67.7 An intensity rec… phenomenon 67.8: Inclining the reference separates the reconstruction 67.8 Inclining the re… phenomenon 67.9: Every part of the plate records the whole scene 67.9 Every part of th… phenomenon 67.10: A volume record reconstructs in white light 67.10 A volume record… phenomenon 67.11: The pattern survives one quantum at a time 67.11 The pattern surv… experiment : Wave Optics Wave Optics experiment : Gabor: holography and the recording of
phase Gabor: holograph… pending : ch:10-exp-wave-optics@pending-1 pending pending : ch:10-exp-wave-optics@pending-2 pending pending : ch:10-exp-wave-optics@pending-3 pending pending : ch:10-exp-wave-optics@pending-4 pending The chain of Experiment: Wave Optics: 17 of 17 objects, read left to right from what the chapter assumes to what tests it. Solid lines are declared logical edges, dashed ones were inferred from the structure of the source. Click any node to open its own chain.