Controlling the various degrees‐of‐freedom (DoFs) of structured light at both quantum and
classical levels is of paramount importance in optics. It is a conventional paradigm to treat …

Paraxial Gaussian beams (GB's) are collimated wave objects that have found wide
application in optical system analysis and design. A GB propagates in physical space …

A new discrete phase space Gaussian beam (GB) summation representation for ultrawide-
band (UWB) radiation from an aperture source distribution is presented. The formulation is …

Maxwell's equations can be satisfied not only by plane electromagnetic waves, but also by
more exotic space-time nonseparable electromagnetic pulses which cannot be represented …

We introduce a new family of nonseparable, pulselike and beamlike solutions of the wave
equation in the paraxial approximation with pseudonondiffracting behavior. They are the …

We find a new family of solutions of the nonparaxial wave equation that represents ultrashort
pulsed light beam propagation in free space. The spatial and temporal parts of these pulsed …

We describe a technique for imaging in the terahertz regime using time reversal of single-
cycle pulses. Specifically, the time-reversal symmetry of Maxwell's wave equation is …

A detailed study of ultrashort pulsed Bessel beams in linear dispersive media is performed.
The spatial and temporal parts of pulsed J_n beams are separable in dispersive media …

Complex source pulsed beams (CSPB) are exact wave-packet solutions of the time-
dependent wave equation that are modeled mathematically in terms of radiation from a …

We propose to employ the quasi-isotropic metamaterial (QIMM) slab to construct a
polarization insensitive lens, in which both E-and H-polarized waves exhibit the same …