Complete polarimeters and ellipsometers deliver the full Mueller matrix that relates input to
output polarization states of light upon transmission or reflection. Two such devices were …

In this work we present some results on deterministic and stochastic integrodifferential
equations in Hilbert spaces, motivated from and applied to problems arising from the …

The time-dependent Maxwell system is supplemented with the constitutive relations of linear
bianisotropic media and is treated as a neutral integro-differential equation in a Hilbert …

The close connection between Maxwell's equations and the Dirac equation is under
consideration in a rigorous functional analytical framework. The two systems are linked via …

We consider a chiral medium in a bounded domain, enclosed in a perfectly conducting
material. We solve the transient Maxwell equations in this domain, when the medium is …

The equations for the evolution of electromagnetic fields in chiral media, in the time domain,
are nonlocal in time. In this work we study the validity of a singular limit (local in time) …

A review is provided here about the thermal effects on optical chirality. To this goal, chiral
objects dispersed in an embedding fluid are examined for their magnetoelectric coupling …

A new mathematical approach is proposed to highlight the nonlinear effect in a chiral
medium, which is due to the magnetization vector under the influence of a strong electric …

Electromagnetic wave propagation in more complex linear materials such as bi‐anisotropic
media have come to a considerable attention within the last 15–20 years. We shall propose …

A theoretical study of a light pulse propagating in a chiroptical fiber considering with Kerr
effect is presented in this article. The novel effects of chirality are characterized through our …