Quantum correlations of colliding solitons

A Sizmann; Friedrich Ernst Wilhelm Koenig; M Zielonka; R Steidl; T Rechtenwald; A Hasegawa

Quantum correlations of colliding solitons

A Sizmann, Friedrich Ernst Wilhelm Koenig, M Zielonka, R Steidl, T Rechtenwald, A Hasegawa (Editor)

School of Physics and Astronomy

Research output: Other contribution

Abstract

Soliton collisions in a WDM transmission system produce power and phase correlations among the interacting channels. The quantum limits of the cross-phase-modulation-induced coupling of solitons were intensively investigated in theory and in experiment, however, only in terms of number-phase correlations. A recent multi-mode analysis of propagating solitons and of the soliton collisions shows intra- and inter-pulse photon-number correlations. This analysis provides new insights into the quantum structure of solitons, into the back-action evading detection of the photon number and into a mechanism of intensity modulation cross-talk in WDM transmission systems in the presence of spectral filters.

Original language	English
Publication status	Published - 2000

Keywords

PHOTON-NUMBER
NONDEMOLITION MEASUREMENT
OPTICAL SOLITONS
FIBER

Cite this

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title = "Quantum correlations of colliding solitons",

abstract = "Soliton collisions in a WDM transmission system produce power and phase correlations among the interacting channels. The quantum limits of the cross-phase-modulation-induced coupling of solitons were intensively investigated in theory and in experiment, however, only in terms of number-phase correlations. A recent multi-mode analysis of propagating solitons and of the soliton collisions shows intra- and inter-pulse photon-number correlations. This analysis provides new insights into the quantum structure of solitons, into the back-action evading detection of the photon number and into a mechanism of intensity modulation cross-talk in WDM transmission systems in the presence of spectral filters.",

keywords = "PHOTON-NUMBER, NONDEMOLITION MEASUREMENT, OPTICAL SOLITONS, FIBER",

author = "A Sizmann and Koenig, {Friedrich Ernst Wilhelm} and M Zielonka and R Steidl and T Rechtenwald and A Hasegawa",

note = "Massive WDM and TDM Soliton Transmission Systems, Kluwer Academic Publishers, Dodrecht",

year = "2000",

language = "English",

isbn = "0792365178",

type = "Other",

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TY - GEN

T1 - Quantum correlations of colliding solitons

AU - Sizmann, A

AU - Koenig, Friedrich Ernst Wilhelm

AU - Zielonka, M

AU - Steidl, R

AU - Rechtenwald, T

A2 - Hasegawa, A

N1 - Massive WDM and TDM Soliton Transmission Systems, Kluwer Academic Publishers, Dodrecht

PY - 2000

Y1 - 2000

N2 - Soliton collisions in a WDM transmission system produce power and phase correlations among the interacting channels. The quantum limits of the cross-phase-modulation-induced coupling of solitons were intensively investigated in theory and in experiment, however, only in terms of number-phase correlations. A recent multi-mode analysis of propagating solitons and of the soliton collisions shows intra- and inter-pulse photon-number correlations. This analysis provides new insights into the quantum structure of solitons, into the back-action evading detection of the photon number and into a mechanism of intensity modulation cross-talk in WDM transmission systems in the presence of spectral filters.

AB - Soliton collisions in a WDM transmission system produce power and phase correlations among the interacting channels. The quantum limits of the cross-phase-modulation-induced coupling of solitons were intensively investigated in theory and in experiment, however, only in terms of number-phase correlations. A recent multi-mode analysis of propagating solitons and of the soliton collisions shows intra- and inter-pulse photon-number correlations. This analysis provides new insights into the quantum structure of solitons, into the back-action evading detection of the photon number and into a mechanism of intensity modulation cross-talk in WDM transmission systems in the presence of spectral filters.

KW - PHOTON-NUMBER

KW - NONDEMOLITION MEASUREMENT

KW - OPTICAL SOLITONS

KW - FIBER

M3 - Other contribution

SN - 0792365178

ER -

Quantum correlations of colliding solitons

Abstract

Keywords

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