Source: MDPI Soliton Mode-Locked Lasers and Kelly Sidebands In soliton mode-locked lasers, a quasi-soliton pulse circulates in the laser resonator, experiencing effects of chromatic dispersion, nonlinearities, losses, and amplification. The periodic disturbances in the resonator can couple the soliton to a dispersive wave, leading to the formation of Kelly sidebands. Understanding Kelly Sidebands Kelly sidebands […]
Source: YouTube Luminosity Functions: Understanding Human Eye Sensitivity Luminosity Functions: Understanding Human Eye Sensitivity Luminosity functions are crucial for understanding how the human eye perceives light. These functions describe the spectral sensitivity of the human eye, providing a framework for how different lighting conditions affect our vision. The International Commission on Illumination (CIE) has standardized
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Source: Wikipedia Free Electron Lasers Understanding Free Electron Lasers What are Free Electron Lasers? A Free Electron Laser (FEL) is a unique type of laser that utilizes an undulator to amplify light. This undulator is powered by high-energy electrons from an electron accelerator. FELs are capable of emitting light across a wide range of wavelengths,
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Source: Nature The Versatile Applications of Thulium in Laser Technology Introduction to Thulium Thulium (Tm) is a rare earth metal commonly used in laser technology as a laser-active dopant in various host materials such as crystals, glasses, and ceramics. Thulium-doped media are utilized in high-power lasers, wavelength-tunable solid-state lasers, and ultrafast amplifiers, offering a wide
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Source: YouTube Understanding Chromatic Dispersion in Optical Materials Understanding Chromatic Dispersion in Optical Materials Introduction to Chromatic Dispersion Chromatic dispersion is a key phenomenon in optics, where the phase velocity and group velocity of light in a medium vary with the optical frequency. This variation is primarily due to the interaction of light with the
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Source: Wikipedia Understanding Hot Mirrors in Optical Systems The Role of Hot Mirrors in Optical Systems Introduction When it comes to optical systems, particularly those incorporating incandescent lamps like halogen lamps, managing heat load is crucial. The generation of both visible light and infrared light can lead to thermal issues within the system, affecting optical
Source: Teachoo Understanding Optical Lenses Understanding Optical Lenses Optical lenses are fundamental components in a wide range of optical devices, from simple magnifying glasses to complex cameras and microscopes. Understanding their function and characteristics is crucial for anyone working in optics or related fields. What is an Optical Lens? An optical lens is a transparent
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Source: PRIMES GmbH Understanding Rayleigh Length in Laser Beams Understanding Rayleigh Length in Laser Beams What is Rayleigh Length? The Rayleigh length (or Rayleigh range) of a laser beam is the distance from the beam waist where the beam radius is increased by a factor of the square root of 2. It is an important
Source: CO Improve Understanding Gain Efficiency in Photonics The Concept of Gain Efficiency in Photonics Defining Gain Efficiency Gain efficiency in photonics refers to the ratio of small-signal gain to the pump power required to achieve that gain in a steady state. In the case of three-level gain media, where the gain is negative without
Source: C&EN – American Chemical Society Understanding Telecom Fibers Understanding Telecom Fibers Telecom fibers are a cornerstone of modern communication, enabling the transmission of data over vast distances with minimal loss. These optical fibers are pivotal in the field of optical fiber communications, with hundreds of millions of kilometers manufactured annually to meet global demand.
