The theory of monochromatic time-reversal mirrors (TRM) or equivalently phase conjugate
mirrors is developed for electromagnetic waves. We start from the fundamental time …

We present a class of exact nonstationary solutions of Maxwell equations in vacuum from
dipole pulse theory: electric and magnetic dipole pulses. These solutions can provide for a …

Optical coherence tomography (OCT) can map the stiffness of biological tissue by imaging
mechanical perturbations (shear waves) propagating in the tissue. Most shear wave …

In order to continuously power movable sensors, we present an autotracking continuous-
wave time reversal (TR) wireless power transfer (ACTR-WPT) system of a novel low-profile …

Near-filed acoustic holography can break the half wavelength limit by reversing the
propagation matrix and achieve high-resolution for low-frequency source localization, but it …

This is the second article in a series of two dealing with the concept of a 'resonant metalens'
we introduced recently. This is a new type of lens capable of coding in time and radiating …

The time-reversal (TR) method has been proven effective in reconstructing sources due to its
spatiotemporal focusing properties. Much work so far on the topic has been conducted with …

This paper presents a time-reversal (TR) super-resolution algorithm which produces a point-
like enhanced focal-resolution of experimental Aeolian tone source using iterative …

This paper presents a detailed analysis of time-reversal experiments involving a moving
point source that emits a pulse. Different configurations are addressed with full-aperture or …

Oxygen inhibition has been proved capable of reducing the separation force and enabling
successful prints in constrained surface vat photopolymerization (CSVP) based three …