Communications engineers are learning to create an electromagnet wave at will, to transmit information. This wave, the optical soliton, is the subject of astounding recent developments in nonlinear optics and lasers. The author describes the principles behind the use of solitons in optical communications and shows that in the context of such communications the most important property of solitons is that they are extremely stable. Not only do they not disperse, but an encounter with a perturbation (e.g. a joint in optical fibre) will usually leave the soliton unaltered
Solitons are self-localized wave-packets arising from a robust balance between dispersion and nonlin...
Abstract. Multi-terabit/s, ultra-high speed optical transmissions over several thousands kilometers ...
A Thesis submitted to the Department of Electronics and Telecommunication Engineering for the MSc in...
ABSTRACT: In this paper, evolution of soliton pulses has been discussed. It is based on pulse sprea...
Solitons are self-localized wave packets arising from a robust balance between dispersion and nonlin...
Existence of solitons in nonlinear optical fibres was first predicted by Hasegawa and Tappert in 197...
Soliton-based system has the potential to be employed in the next generation optical communication d...
Soliton technology has recently achieved close to pop science status as its proponents seek to put i...
This thesis presents improvements to optical transmission systems through the use of optical soliton...
The methodology developed provides for a systematic way to find an infinite number of the novel stab...
Fiber laser can used widely and is popular in applications such as material processing, telecommunic...
A prominent advantage of solitons is that they have stable propagation characteristics and are very ...
International audienceFifty years ago, the concept of solitons in optical fibres was proposed numeri...
The study of the propagation of light is a fascinating fields of research that is interesting in its...
This paper describes the employment of solitons in high-speed optical communications. The solitons a...
Solitons are self-localized wave-packets arising from a robust balance between dispersion and nonlin...
Abstract. Multi-terabit/s, ultra-high speed optical transmissions over several thousands kilometers ...
A Thesis submitted to the Department of Electronics and Telecommunication Engineering for the MSc in...
ABSTRACT: In this paper, evolution of soliton pulses has been discussed. It is based on pulse sprea...
Solitons are self-localized wave packets arising from a robust balance between dispersion and nonlin...
Existence of solitons in nonlinear optical fibres was first predicted by Hasegawa and Tappert in 197...
Soliton-based system has the potential to be employed in the next generation optical communication d...
Soliton technology has recently achieved close to pop science status as its proponents seek to put i...
This thesis presents improvements to optical transmission systems through the use of optical soliton...
The methodology developed provides for a systematic way to find an infinite number of the novel stab...
Fiber laser can used widely and is popular in applications such as material processing, telecommunic...
A prominent advantage of solitons is that they have stable propagation characteristics and are very ...
International audienceFifty years ago, the concept of solitons in optical fibres was proposed numeri...
The study of the propagation of light is a fascinating fields of research that is interesting in its...
This paper describes the employment of solitons in high-speed optical communications. The solitons a...
Solitons are self-localized wave-packets arising from a robust balance between dispersion and nonlin...
Abstract. Multi-terabit/s, ultra-high speed optical transmissions over several thousands kilometers ...
A Thesis submitted to the Department of Electronics and Telecommunication Engineering for the MSc in...