Self‐trapped hole polarons in technologically important perovskite‐type ceramic of BaTiO3
have been modeled by means of the quantum chemical method modified for crystal …

Photoinduced absorption in photorefractive barium titanate clickable element to expand a topic
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We demonstrate the photorefractive tuning of the whispering gallery modes of a single
BaTiO 3 microsphere resonator integrated inside a grapefruit-shaped microstructured optical …

On the basis of a previous identification of paramagnetic defects in nominally undoped as
grown BaTiO 3 single crystals, we have investigated the changes of the concentrations of …

An optical method is presented which allows to identify at room temperature the
photoinduced charge transfers between different defects in photorefractive crystals. The …

Efficient internal-loop self-pumped phase conjugation is demonstrated in a photorefractive
rhodium-doped barium titanate crystal by repetitively pulsed nanosecond pulses from a Q …

Photoconductivities, dynamics of light-induced absorption changes, and dark relaxations of
holographic gratings are measured in as-grown and oxidized tetragonal potassium tantalate …

Self-focusing in photorefractive BaTiO3 crystal under external DC electric field Page 1 Self-focusing
in photorefractive BaTiO3 crystal under external DC electric ®eld JA ANDRADE-LUCIO, MD …

We observe the strong photorefractive (PR)-like effect in silica micro-fibers, which is different
from the previously reported nonlinear behaviors in optical fiber devices. The micro-fiber is …

We report intensity dependent absorption and transparency as a function of wavelength for
barium titanate. The BaTiO3 crystal examined has an as‐grown, light‐blue color due to an …