1. Introduction 2. Properties of single-mode optical fibers 3. Scalar OPA theory 4. Vector OPA theory 5. The optical gain spectrum 6. The nonlinear Schrodinger equation (NLSE) 7. Pulsed-pump OPAs 8. OPO theory 9. Quantum noise figure of fiber OPAs 10. Pump requirements 11. Performance results 12. Potential applications of fiber OPAs and OPOs 13. Nonlinear crosstalk in fiber OPAs 14. Distributed parametric amplification 15. Prospects for future developments Appendices: A.1 General theorems for solving typical OPA equations A.2 The WKB approximation A.3 Jacobian elliptic function solutions A.4 Solution of four coupled equations for the six-wave model A.5 Summary of useful equations.
1. Introduction 2. Properties of single-mode optical fibers 3. Scalar OPA theory 4. Vector OPA theory 5. The optical gain spectrum 6. The nonlinear Schrodinger equation (NLSE) 7. Pulsed-pump OPAs 8. OPO theory 9. Quantum noise figure of fiber OPAs 10. Pump requirements 11. Performance results 12. Potential applications of fiber OPAs and OPOs 13. Nonlinear crosstalk in fiber OPAs 14. Distributed parametric amplification 15. Prospects for future developments Appendices: A.1 General theorems for solving typical OPA equations A.2 The WKB approximation A.3 Jacobian elliptic function solutions A.4 Solution of four coupled equations for the six-wave model A.5 Summary of useful equations.
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