a) The magnitude of polarization is given as P=OXE. Show that the higher-order (nonlinear) terms can be expressed as P = €0 (X1E+X2E2+x3E3+ ...). Identify the linear and nonlinear terms. b) Explain the physical mechanism of phase-matching by considering four-wave mixing.
a) The magnitude of polarization is given as P=OXE. Show that the higher-order (nonlinear) terms can be expressed as P = €0 (X1E+X2E2+x3E3+ ...). Identify the linear and nonlinear terms. b) Explain the physical mechanism of phase-matching by considering four-wave mixing.
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![a) The magnitude of polarization is given as P=OXE. Show that the higher-order (nonlinear) terms can be expressed as
P = €0 (X1E+X2E2+x3E3+ ...). Identify the linear and nonlinear terms.
b) Explain the physical mechanism of phase-matching by considering four-wave mixing.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc6c795d6-1b37-42da-bfe7-b50b121bcfeb%2F4ef57749-cc39-4fed-b4a6-e78869441b4d%2Fzwlus9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:a) The magnitude of polarization is given as P=OXE. Show that the higher-order (nonlinear) terms can be expressed as
P = €0 (X1E+X2E2+x3E3+ ...). Identify the linear and nonlinear terms.
b) Explain the physical mechanism of phase-matching by considering four-wave mixing.
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