Linked from

The 12 pages that link to Nonlinear optics, each with the reason it gives.

• Superposition principleCompared with: At high intensities, optical responses can mix frequencies and cease to add independently.

• Electric susceptibilityCompared with: In nonlinear regimes, polarization cannot be described by a single constant susceptibility.

• Electro-optic effectNarrower topic: Electro-optic behavior is distinct: its optical response is driven by an external, typically low-frequency field.

• Fiber laserNarrower topic: High intensities in narrow fiber cores can trigger nonlinear effects that limit scaling.

• Nonlinear Schrödinger equationNarrower topic: The equation models slowly varying optical pulse envelopes in nonlinear media.

• Nicolaas BloembergenRelated: His theoretical work helped establish the field and explain laser-driven optical effects.

• PhotonicsRelated: Nonlinear effects enable frequency conversion and light-driven interactions between beams.

• Ammonium dihydrogen phosphateNarrower topic: The salt’s crystalline form can convert light through nonlinear optical effects.

• Curie's principleRelated: Material symmetries eliminate many otherwise possible nonlinear optical response terms.

• Nonlinear metamaterialNarrower topic: Many nonlinear metamaterials use field-dependent polarization to reshape, amplify, or frequency-convert light.

• PolyyneRelated: Conjugated polyyne chains can exhibit strong nonlinear optical responses.

• Ultrafast laser spectroscopyNarrower topic: Many ultrafast signals arise because intense pulses drive nonlinear light–matter interactions.