Examples of 'solitons' in a sentence
Meaning of "solitons"
soliton (noun): In physics and mathematics, a soliton is a self-reinforcing solitary wave that maintains its shape as it travels at a constant velocity. Solitons are found in various physical systems, including water waves, optical fibers, and certain types of equations
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- plural of soliton
How to use "solitons" in a sentence
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solitons
Nonlinear waves and solitons in condensed matter.
Later they discovered the mysterious solitons.
Stability of dark solitons in a harmonic trap.
Solitons form a new field of electronics.
This work helped establish the theory of solitons.
Tsunamis behave like solitons with very large wavelength.
He specialises in the study of topological solitons.
Preferably the solitons pass through consecutive chirped peaks.
Introduction to the theory and to the applications of solitons.
Solitons in the time of propagation.
Optical transmission method and system using solitons.
Solitons and instantons.
Particles include photons and solitons.
Both solitons are local disturbances in a condensate with a uniform background density.
These splintered vortices are solitons.
See also
Solitons are caused by a cancellation of nonlinear and dispersive effects in the medium.
These ranged from uniform to very fragmented chains of solitons.
Solitons begin to move.
They identified regions of stability for discrete symmetric solitons.
The solitons generally have little opportunity to interact with other intense features.
Rogue waves also are to solitons.
The scientists tried to affect the solitons by incorporating words in the information carrier.
The pulses may be solitons.
Optical vector solitons can be classified into temporal vector solitons and spatial vector solitons.
We then discuss the possibility to utilize photorefractive solitons for.
This solution is based on the particular nature of solitons and their capacity for selfregeneration.
Solitary waves which have this stability property are called solitons.
Propagating solitons using alternating spans of positive and negative dispersion fiber has several advantages.
He also worked on solitons.
Solitons may occur in proteins and DNA.
We provide the asymptotic stability around solitons and between solitons.
This thesis describes an alternative method for the study of superfluid solitons.
These problems can be minimized by regenerating the solitons periodically along the link.
The goal of this work is to study the geometry of the compact ricci solitons.
A technique based on the formation of spatial solitons is developed to estimate their Kerr nonlinearities.
Note that the soliton trapping effect works best on first order solitons.
In comparison, solitons do not form bound states.
These pulses are adapted to constitute approximate fundamental solitons along the segment.
Solitons are pulse signals having a sech ” shape.
These pulses approximately constitute fundamental solitons along this first segment.
Solitons are pulse signals with a sech 2 shape.
The teaching of that document relates mainly to collisions between solitons of different wavelengths.
Solitons are pulse signals having a sech 2 waveform.
Optical transmission process and system for sending solitons over very long distances.
Solitons are pulse signals of sech 2 form.
Such solutions are called steady Ricci solitons.
Solitons are pulse signals of sech2 shape.
These excitations are now known as Davydov solitons.
The solitons were generated through a cascaded phase-mismatched process.
It is formally related to the Boussinesq approximation for solitons in water canals.
