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• Cutting-Edge Research in Optics Quantum Optics: Quantum optics is the science that studies the quantum properties of light. One fascinating phenomenon in this field is quantum entanglement. Imagine two photons connected by an invisi... More+
• In-Depth Analysis of the Optical Characteristics of Reflective Optical Systems Reflective optical systems are widely used in various fields today, primarily due to their ability to avoid chromatic aberration while achieving high imaging quality. Compared to refractive systems, r... More+
• The Basic Principles of Holography The basic principle of holography is to use interference to record wavefront information, and then reproduce the 3D image through diffraction by illuminating the recording medium. Why is it called hol... More+
• Optical Prisms in Monochromator Spectrometers A monochromator is a device that produces a beam of radiation with high spectral purity. Its function is to decompose composite light into monochromatic light or spectral bands of a certain width. The... More+
• Prism Cameras in Machine Vision Overview of Prism Camera PrinciplesPrism cameras leverage prism-based light splitting technology to distribute incident light into different channels. Each channel’s image can achieve pixel-level ali... More+
• FSM in Free-space Laser Communication Systems Satellite laser communication systemFree-space laser communication systems refer to platform-to-platform communication that directly uses laser beams as the informatio... More+
• Application of Aspherical Lens in Laser Collimation Aspheric lenses play a crucial role in optical systems. For example, in complex systems such as smartphone lenses, camera lenses, and ultra-short throw projectors, multiple aspheric and spherical lens... More+
• Introduction and Structure of Endoscopes Introduction of EndoscopesEndoscope systems, which consist of multiple components such as optical lenses, image sensors, light sources, and mechanical devices, can generally be divided into medical en... More+
• Principle of Confocal Endomicroscopy The principle of confocal endomicroscopy is based on the confocal microscope, which is typically large in size. Directly inserting a confocal microscope into the human body is clearly impractical. Med... More+
• Selecting the Appropriate Mirrors in Optical Systems Mirrors are a crucial component in optical systems. They can be used to focus and direct light, reject specific wavelengths, and combine wavelengths in imaging and other applications. Several factors ... More+
• Understanding Laser Collimating Lens 1. Principles of Geometric OpticsLaser collimating Lens primarily rely on the principles of geometric optics, specifically the refraction and reflection laws governing lenses or Lens. When a laser bea... More+
• Introduction to Laser Scanning Galvanometer Technology Traditionally, laser scanning galvanometers paired with lasers have been primarily used in marking and rapid prototyping. These systems can provide high-quality beams, but the laser power is typically... More+
• Structural Design of Underwater Intelligent Robots Underwater robots, also known as remotely operated vehicles (ROVs) or autonomous underwater vehicles (AUVs), are extreme operation robots capable of diving underwater to perform tasks in place of huma... More+
• Infrared Thermail Imaging Lenses Infrared thermal imaging lenses are a type of optical lens that focus infrared light emitted by objects onto an image sensor (chip). The chip then converts the optical signals into electrical signals,... More+
• Optical Lenses in Laser Collimators Principles of Geometrical OpticsLaser collimators primarily rely on the principles of geometrical optics, specifically the refraction and reflection laws governing lenses or mirrors. When a laser beam... More+