A slowing down of light pulses using backward-wave four-wave mixing is achieved in
photorefractive crystals with different coupling strength. The delay and width of the output …

We present simulation and experimental results demonstrating the effectiveness of phase
conjugation or, equivalently, time reversal metamaterials for imaging applications. Split-ring …

The slowing down of light pulses is achieved using backward-wave four-wave mixing in a
medium with local response. A Bi_12TiO_20 crystal with an external dc field is used in the …

The slowing down of light pulses with backward-wave four-wave mixing is analyzed for
photorefractive crystals with different coupling strengths. The conditions are found for which …

The slowing down of light in photorefractive SBN: 61 and SBN: 61: CeO₂ as a function of
input pulse width via two wave mixing is presented theoretically. Optical delay has been …

Two-wave mixing adaptive interferometers based on photorefractive crystals allow for
precise remote detection of small displacements. Using dynamic holograms, they …

A hybrid optical fiber delayer based on stimulated Brillouin scattering (SBS) slow light is
proposed for dual-channel systems. It features two rings as delay lines, where one is an …

The nonlinear phase shift per unit length acquired by the transmitted and phase conjugate
waves in backward-wave four-wave mixing may be considered as an effective refractive …

В дисертаційній роботі вперше показано теоретично і експериментально формування
дисипативних солітонів нелінійній системі самодифракції хвиль в динамічному …

The phase shift occurred by optical waves in nonlinear interaction may be considered as
phase shift resulted from a nonlinear refractive index. Consequently, a spectrum of the …