I= NOISE QUENCHING IN OPTICAL AMPLIFIERS VIA COHERENT SUPERPOSITION
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Title of Thesis
NOISE QUENCHING IN OPTICAL AMPLIFIERS VIA COHERENT SUPERPOSITION

Author(s)
Khalid Zaheer
Institute/University/Department Details
Department of Physics/ Quaid-i-Azam University, Islamabad
Session
1989
Subject
Physics
Number of Pages
125
Keywords (Extracted from title, table of contents and abstract of thesis)
noise quenching, optical amplifiers, coherent superposition, spontaneous emission fluctuations, linear superposition, quantum noise, optical systems, correlated emission laser

Abstract

Download Full Thesis
1572.69 KB
S. No. Chapter Title of the Chapters Page Size (KB)
1 0 Contents
141.51 KB
2 1 Introduction
65.66 KB
  1.1 Linear Superposition Principle 1
  1.2 Phase-Sensitive Systems 3
  1.3 Quantum Noise Quenching In Optical Systems 4
3 2 Phase-Sensitivity In Jaynes -Cummings Model
269.02 KB
  2.1 Introduction 8
  2.2 Coherent Trapping In Two-Level Atoms 10
  2.3 Phase-Dependence Of The Spectrum 22
  2.4 Conclusion 29
4 3 Noise Quenching In A Linear Amplifier
242.32 KB
  3.1 Introduction 30
  3.2 Phase- Insensitive Amplifier 32
  3.3 Additive Noise In Amplification 35
  3.4 Phase-Sensitive Amplifier 39
  3.5 Two-Level Phase-Sensitive Amplifier 41
  3.6 Conclusion 49
5 4 Theory Of Correlated-Emission Laser
296.68 KB
  4.1 Introduction 51
  4.2 Diffusion Model 52
  4.3 Correlated Spontaneous Emission In Two-Mode Laser 54
  4.4 Nonlinear Theory Of Correlated Emission Laser 58
  4.5 Conclusion 77
6 5 References 78
702.83 KB
  5.1 Appendixes