Linked from

The 12 pages that link to Optical resonator, each with the reason it gives.

• LaserRelated: Its mirrors send light through the gain medium repeatedly before some escapes as output.

• Stimulated emissionRelated: Resonator feedback sends photons through the gain medium repeatedly, promoting amplification.

• Paraxial approximationRelated: Paraxial Gaussian modes model many resonator fields and their stability.

• Ruby laserRelated: Mirrors at the crystal ends make light pass repeatedly through the ruby gain medium.

• Helium–neon laserRelated: The resonator sends light repeatedly through the neon discharge, strengthening the laser mode.

• Solid-state laserRelated: Repeated passes through the pumped solid build the laser field.

• Gas laserRelated: Repeated passes through the gas build selected optical modes into a laser beam.

• Carbon-dioxide laserRelated: Its mirrors make light pass repeatedly through the gas before useful output escapes.

• Dye laserRelated: The resonator feeds light through the dye and selects modes that build into laser oscillation.

• PhotonicsRelated: Resonators shape spectra and strengthen light–matter interactions in photonic devices.

• Chemical oxygen–iodine laserRelated: Its optical feedback sustains amplification through the iodine gain region.