Overview
Lasers are fascinating devices that produce light through a process called stimulated emission. They are characterized by their coherence, monochromaticity, and ability to focus light into a narrow beam. Understanding the principles behind lasers is essential for their application in various fields,...
Key Terms
Example: In lasers, stimulated emission amplifies light.
Example: Laser light is coherent, allowing for focused beams.
Example: Lasers emit monochromatic light, unlike white light.
Example: The optical cavity is essential for laser operation.
Example: Population inversion is necessary for laser action.
Example: Helium-neon lasers are common gas lasers.
Related Topics
Optical Fibers
Study of light transmission through fibers, crucial for communication technologies.
intermediateQuantum Mechanics
Understanding the behavior of matter and energy at the quantum level, relevant to laser technology.
advancedPhotonics
The science of generating and manipulating photons, essential for laser applications.
intermediateKey Concepts
Stimulated EmissionCoherenceMonochromatic LightApplications of Lasers