Linked from

The 16 pages that link to Fabry–Pérot interferometer, each with the reason it gives.

• InterferometryBroader topic: Repeated reflections create sharp interference resonances useful for precise optical measurements.

• Michelson interferometerCompared with: It measures spectral or path properties using repeated reflections, unlike the Michelson’s two-arm comparison.

• InterferenceBroader topic: Repeated interference between reflections selects narrow ranges of wavelengths.

• LIGORelated: Light bounces many times in LIGO’s arms, increasing the effective distance over which phase shifts accumulate.

• Optical resonatorBroader topic: Its two-mirror geometry is the simplest model of resonant optical feedback.

• Thin-film interferenceBroader topic: A film with reflective boundaries is a simple resonant cavity of this kind.

• MonochromatorCompared with: Its resonance selects wavelengths by interference instead of dispersing them spatially.

• Virgo interferometerRelated: Fabry–Pérot cavities lengthen Virgo's effective optical paths without requiring proportionally longer arms.

• Wave opticsBroader topic: Repeated wave interference between its mirrors selects narrow ranges of wavelength.

• Laser diodeRelated: Reflective facets in many diodes form a cavity that feeds light back through the active region.

• AirglowRelated: It measures airglow line shifts to infer winds and temperatures high in the atmosphere.

• Mach–Zehnder interferometerCompared with: Its multiple-beam resonances contrast with the Mach–Zehnder's two distinct arms.

• Optical filterRelated: Its resonant transmission illustrates how optical cavities produce narrowband filtering.

• Rainer WeissRelated: LIGO’s arm cavities increase the effective distance over which a gravitational wave shifts the light.

• Helium–neon laserRelated: The resonator's mirrors select longitudinal modes by the same repeated-interference principle.

• Gravitational-wave observatoryRelated: LIGO’s arm cavities increase the effective distance traveled by laser light.