A suspension of short graphite fibers was shown to provide an effective medium for
nonlinear microwave interactions. Using a 18‐GHz pump beam with up to 20 W continuous …

A nonperturbative method for describing the response of an orientational Kerr medium to
arbitrarily strong electromagnetic fields is presented. The method is used to analyze recent …

Modulation of light at 3 and 6 kMc is achieved by applying a superimposed electrostatic and
microwave field to a carbon-disulfide Kerr-cell which is incorporated within the high-electric …

A general theory of the coupling of electromagnetic modes in a nonlinear dielectric or
magnetic medium is developed. The rate at which the mode amplitudes change, either in …

We present the first experimental demonstration of spatial instability in the nonlinear
evolution of the state of polarization of an intense light beam in a birefringent Kerr-like …

The nonlinear change of the dielectric constant (Kerr effect) in a glass fiber can be utilized to
self-confine optical pulses in a multimode fiber at wavelengths longer than 1.3 μm. The …

A graded-index silica multimode fiber with an acrylate primary coating has been shown to
act as an intrinsic sensor of microwave power. When under the influence of a microwave …

This brief tutorial review first discusses the physical origin of nonlinear electric and magnetic
susceptibilities of electro-magnetic media, from the audio through the microwave to the …

Conference title, upper and lower case, bolded, 18 point type, centered Page 1 Estimation of
Kerr Nonlinearity in an Anti-resonant HollowCore Fiber by High-order QAM Transmission Dawei …

Guiding properties of optical fiber with Kerr‐like nonlinearity are studied numerically using
the finite‐difference beam‐propagation method to solve the scalar‐wave equation. The …