Add to ORKGWe report on the electromagnetic properties of ‘focused doughnuts’ (FD), space-time localized solutions to Maxwell’s equations with toroidal topology. We show that light-matter interactions of FD pulses, include non-trivial field transformations and broadband modal excitations
We present the first experimental demonstration on the generation of “Flying Doughnuts”, space-time ...
Conventional electromagnetic multipoles can be completed by complementary sources of toroidal moment...
The study of toroidal dipole modes has attracted a growing attention due to the specific properties ...
We study the propagation properties of space-time localized single-cycle waveforms of toroidal symme...
We report on the study of the time-space localized solutions to Maxwell’s equations with toroidal to...
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...
Data used in Figure 5 (“Focused Doughnut” (FD) pulses) in Papasimakis, N., Fedotov, V.A....
Flying doughnuts (FD) are solutions of Maxwell’s equations that exist only in the form of short burs...
We introduce a new class of metamaterials that allow simultaneous spatial and temporal control of el...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
Since the observations of the dynamic toroidal dipole and non-radiating anapole, the field of toroid...
As was predicted in 1995 by Afanasiev and Stepanovsky, a superposition of electric and toroidal dipo...
Transverse electromagnetic waves are important carriers of information and energy. In 1996, Hellwart...
We present the first experimental demonstration on the generation of “Flying Doughnuts”, space-time ...
Conventional electromagnetic multipoles can be completed by complementary sources of toroidal moment...
The study of toroidal dipole modes has attracted a growing attention due to the specific properties ...
We study the propagation properties of space-time localized single-cycle waveforms of toroidal symme...
We report on the study of the time-space localized solutions to Maxwell’s equations with toroidal to...
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...
Data used in Figure 5 (“Focused Doughnut” (FD) pulses) in Papasimakis, N., Fedotov, V.A....
Flying doughnuts (FD) are solutions of Maxwell’s equations that exist only in the form of short burs...
We introduce a new class of metamaterials that allow simultaneous spatial and temporal control of el...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
The toroidal dipole is a localized electromagnetic excitation, distinct from the magnetic and electr...
Since the observations of the dynamic toroidal dipole and non-radiating anapole, the field of toroid...
As was predicted in 1995 by Afanasiev and Stepanovsky, a superposition of electric and toroidal dipo...
Transverse electromagnetic waves are important carriers of information and energy. In 1996, Hellwart...
We present the first experimental demonstration on the generation of “Flying Doughnuts”, space-time ...
Conventional electromagnetic multipoles can be completed by complementary sources of toroidal moment...
The study of toroidal dipole modes has attracted a growing attention due to the specific properties ...