Episode Synopsis "ECE 552 Lecture 10: Einstein's A & B Coefficients"

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More episodes of the podcast [Audio] ECE 552: Introduction to Lasers

• ECE 552 Lecture 1: Overview
• ECE 552 Lecture 2: Review of Maxwell's Equations
• ECE 552 Lecture 3: Ray Tracing
• ECE 552 Lecture 4: Optical Cavities
• ECE 552 Lecture 5: Propagation of Gaussian Beams
• ECE 552 Lecture 6: Higher Order Modes
• ECE 552 Lecture 8: Resonant Optical Cavities
• ECE 552 Lecture 7: Optical Cavities
• ECE 552 Lecture 10: Einstein's A & B Coefficients
• ECE 552 Lecture 9: Quantization of EM Field
• ECE 552 Lecture 11: Spectral Line Shape
• ECE 552 Lecture 12: Cross-Section for Processes with Monochromatic Light
• ECE 552 Lecture 13: Laser Amplification
• ECE 552 Lecture 14: Gain Saturation – Inhomogeneous Broadening
• ECE 552 Lecture 15: Amplified Spontaneous Emission (ASE)
• ECE 552 Lecture 16: Laser Oscillation - A Different Viewpoint
• ECE 552 Lecture 17: Power in Laser Oscillation
• ECE 552 Lecture 18: Laser Dynamics
• ECE 552 Lecture 19: Q-Switched Lasers
• ECE 552 Lecture 21: Ruby Laser
• ECE 552 Lecture 22: Rare Earth Lasers and Amplifiers
• ECE 552 Lecture 23: Dye Lasers
• ECE 552 Lecture 24: Gaseous-Discharge Lasers
• ECE 552 Lecture 25: Semiconductor Lasers
• ECE 552 Lecture 27: Enabling Nanophotonics with Plasmonics and Metamaterials