Double-slit experiments—where a wave is transmitted through a thin double aperture in
space—have confirmed the wave–particle duality of quantum objects, such as single …

Temporal metamaterials empower novel forms of wave manipulation with direct applications
to quantum state transformations. In this work, we investigate vacuum amplification effects in …

We propose superluminal solitons residing in the momentum gap (k gap) of nonlinear
photonic time crystals. These gap solitons are structured as plane waves in space while …

Interaction of intense terahertz (THz) waves with graphene based modulation devices holds
great potential for the optoelectronic applications of the future. Here, we present a thin film …

We develop a compact theory that can be applied to a variety of time-varying dispersive
materials. The continuous-wave reflection and transmission coefficients are replaced with …

(English) Our ability to confine, guide, and bend light has led to astonishing technological
achievements, playing a fundamental role in diverse fields like microscopy, photochemistry …

Single and double slit time diffraction at optical frequencies Page 1 Single and double slit
time diffraction at optical frequencies Romain Tirole,1,*,† Stefano Vezzoli,1,*, Emanuele …

La naturaleza ondulatoria de la luz es revelada por la difracción de estructuras físicas.
Presentamos una versión en el dominio del tiempo del experimento clásico de doble rendija …