Add to ORKGWe report on the study of the time-space localized solutions to Maxwell’s equations with toroidal topology that have intriguing properties and interact with interfaces and nanostructures in a peculiar fashion
As was predicted in 1995 by Afanasiev and Stepanovsky, a superposition of electric and toroidal dipo...
Maxwell's equations can be satisfied not only by plane electromagnetic waves, but also by more exoti...
The study of toroidal dipole modes has attracted a growing attention due to the specific properties ...
We report on the electromagnetic properties of ‘focused doughnuts’ (FD), space-time localized soluti...
We study the propagation properties of space-time localized single-cycle waveforms of toroidal symme...
The propagation of electromagnetic radiation in free-space is described by the source-free Maxwells ...
We study the propagation properties and light-matter interactions of the focused doughnut pulses, br...
Flying doughnuts (FD) are solutions of Maxwell’s equations that exist only in the form of short burs...
Data used in Figure 5 (“Focused Doughnut” (FD) pulses) in Papasimakis, N., Fedotov, V.A....
Transverse electromagnetic waves are important carriers of information and energy. In 1996, Hellwart...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
We introduce a new class of metamaterials that allow simultaneous spatial and temporal control of el...
Since the observations of the dynamic toroidal dipole and non-radiating anapole, the field of toroid...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
Toroidal light pulses are few-cycle pulses with doughnut-like electromagnetic field configuration an...
As was predicted in 1995 by Afanasiev and Stepanovsky, a superposition of electric and toroidal dipo...
Maxwell's equations can be satisfied not only by plane electromagnetic waves, but also by more exoti...
The study of toroidal dipole modes has attracted a growing attention due to the specific properties ...
We report on the electromagnetic properties of ‘focused doughnuts’ (FD), space-time localized soluti...
We study the propagation properties of space-time localized single-cycle waveforms of toroidal symme...
The propagation of electromagnetic radiation in free-space is described by the source-free Maxwells ...
We study the propagation properties and light-matter interactions of the focused doughnut pulses, br...
Flying doughnuts (FD) are solutions of Maxwell’s equations that exist only in the form of short burs...
Data used in Figure 5 (“Focused Doughnut” (FD) pulses) in Papasimakis, N., Fedotov, V.A....
Transverse electromagnetic waves are important carriers of information and energy. In 1996, Hellwart...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
We introduce a new class of metamaterials that allow simultaneous spatial and temporal control of el...
Since the observations of the dynamic toroidal dipole and non-radiating anapole, the field of toroid...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
Toroidal light pulses are few-cycle pulses with doughnut-like electromagnetic field configuration an...
As was predicted in 1995 by Afanasiev and Stepanovsky, a superposition of electric and toroidal dipo...
Maxwell's equations can be satisfied not only by plane electromagnetic waves, but also by more exoti...
The study of toroidal dipole modes has attracted a growing attention due to the specific properties ...