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Abstract
The numerical research of the photonic droplets dynamic in a carbon nanotube medium has been carried out. A stable propagation of these pulses has been detected at times down to tens of picoseconds. The propagation features of pulses at various parameters (velocity and pulse amplitude) have been shown as well.
Highlights
Photonic droplets are currently an object of great interest to non-linear optic researchers, due to their unusual dynamic of propagation and their properties [1]
Photonic droplets are highly connected to solitons by their nature
Photonic droplets may not preserve their shape during the interaction with a medium when they propagate, unlike solitons [2]
Summary
Photonic droplets are currently an object of great interest to non-linear optic researchers, due to their unusual dynamic of propagation and their properties [1]. The definition of a photon droplet was introduced by a scientific group led by Manuel Valiente in January 2018. Photonic droplets are highly connected to solitons by their nature.
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