Kerr effect

This allowed him to participate in a research programme on the Kerr effect.

The Kerr effect can be described as a as well.

He is best known for the discovery of what is now called the Kerr effect.

In 1968, he determined the first accurate values of hyperpolarizability using the Kerr effect.

The reading process is based on magneto-optical Kerr effect.

So, many materials can be used for the Kerr effect that do not show any absorption and thus have a high damage threshold.

Reading of the discs relied on the Kerr effect.

All materials show a Kerr effect, but certain liquids display it more strongly than others.

These are frequently used to modulate light, since the Kerr effect responds very quickly to changes in electric field.

This was called the Kerr effect.

The electric analog is the Kerr effect.

He developed techniques to visualize the structure of electron domains using colloids and the Kerr effect.

In the Kerr effect, a change in refractive index is proportional to the square of the electric field.

These are the Pockels effect and Kerr effect, respectively.

A Kerr cell utilises the Kerr effect to block or transmit light.

The fiber used is designed such that the Faraday and Kerr effects cause considerable phase change in the presence of the external field.

Kerr also demonstrated a similar phenomenon for magnetic fields, and it is now called the magneto-optic Kerr effect.

Nitrobenzene is also used in Kerr cells, as it has an unusually large Kerr effect.

The magneto-optic Kerr effect was discovered in 1877 by John Kerr.

The Kerr effect is still present, however, and in many cases can be detected independently of Pockels effect contributions.

Depending on the phase between the generated polarization and the original electric field this leads to the Kerr effect or to the two-photon absorption.

However, there is also the non-linear Kerr effect: the refractive index of a material at a given frequency depends on the light's amplitude or strength.

Optical Kerr effect, intensity dependent refractive index (a effect)

From 1928, Stuart was a Privatdozent and he did research on the Kerr effect and light scattering.

They vary with changes in the cavity length, refractive index of laser optics, and nonlinear effects such as the Kerr effect.