Extremely Short Optical Pulses and Ads/CFT Compliance

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Extremely Short Optical Pulses and Ads/CFT Compliance

Authors
Type
Published Article
Journal
EPJ Web of Conferences
2100-014X
Publisher
EDP Sciences
Publication Date
Volume
103
Identifiers
DOI: 10.1051/epjconf/201510308001
Source
EDP Sciences
Keywords
  • Extremely Short Pulses
  • Ads/Cft Compliance

Abstract

Dynamics of few cycle optical pulses in non-Fermi liquid was considered. Energy spectrum of non-Fermi liquid was taken from the AdS/CFT compliance. Conditions of quasiparticle excitation existence were defined. Non-Fermi liquid parameters impact on the shape of few cycle pulses were estimated. It was shown that extremely short optical pulse propagation in the non-Fermi liquid is a stable pattern. The value of chemical potential has a significant impact on extremely short pulse shape. An increase in initial pulse amplitude does not result in pulse-shape distortions under its propagation in considered medium that is why the non-Fermi liquid can be used in applications inherent in extremely short pulse processing.

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