There exists a beautiful duality between the equations that describe the paraxial diffraction
of beams confined in space and the dispersion of narrow-band pulses in dielectrics. We will …

A time-domain equivalent of the spatial Talbot or self-imaging phenomenon appears when a
periodic temporal signal propagates through a dispersive medium under first-order …

We use the well-known duality between paraxial diffraction in space and dispersion in time
to propose a time-domain analog to spatial Fraunhofer diffraction. This analog permits the …

Based on time-space duality, we deduce a time-domain equivalent to the Fraunhofer (far-
field) approximation in the problem of spatial diffraction. We can use this equivalence to …

The so-called space-time analogy constitutes a source of inspiration to understand,
engineer, and implement new systems for ultrafast optical signal processing based on …

In this volume, six review articles which cover a broad range of topics of current interest in
modern optics are included. The first article by S. Saltiel, AA Sukhorukov and YS Kivshar …

This book explores ways to improve the classical resolution limits of an imaging system.
Various approaches dealing with exceeding the limita tions of the lens aperture, the pixel's …

An all-fiber approach to generate triangular-shaped pulses based on frequency-to-time
conversion is proposed and demonstrated. Two filter modules that have sinusoidal spectral …

The last two decades have seen a wealth of optical instrumentation based upon the
concepts of space-time duality. A historical overview of how this beautiful framework has …

We report on a time-domain analog in microwave lines to the spatial Fraunhofer (far-field)
diffraction in paraxial conditions. Microstrip lines are used to design filtering configurations …