1. Teaching Aids Introduction
Optical experiments are a method of studying optical phenomena, helping people better perceive and understand optical principles. Through optical simulation software, we can design and optimize optical systems, while with optical experiment teaching aids, we can directly observe physical optical phenomena such as light propagation, refraction, reflection, interference, and diffraction. Combining software simulation with hands-on experiments cultivates students' experimental skills and scientific literacy, enhancing their ability to innovate and solve problems.
Infotek independently developed an optical experiment teaching aid based on market demand. Designed for university-level optics courses.This teaching aid integrates a variety of optical experiments and includes various instruments and equipment such as light sources, lenses, mirrors, spatial light modulators, DOEs, etc. When students learn abstract and difficult-to-understand optical principles and phenomena in class, they can use VirtualLab Fusion for optical simulation on one hand, and use the optical experiment teaching aid on the other hand to achieve a combination of virtual and real learning, thereby understanding these concepts and content in practice.
The Teaching Aids includes the Multiscale Optical Simulation and Design Platform, VirtualLab Fusion, along with an experiment manual. By combining it with VirtualLab Fusion software, users can perform physical setup operations based on theoretical simulations, achieving a "virtual-physical integration" approach to enhance the pedagogical value of experiments.
Schematic Diagram of the Optical Experiment Teaching Aids Sample
2. Specifications of the Optical Experiment Teaching Aids
This experimental teaching aids includes the following contents (supporting tools/material may vary depending on the different experimental combinations):
1.Toolbox£»
2. Samples (including teaching aids, commercialized products, and current optical hotspots);
3. Materials (including sample descriptions, experimental optical path instructions, etc.);
4. Experimental Tools (including optical rails, optical mounts, observation screens, imaging sensors, spatial light modulators, etc.).
3. Optical Experiment Teaching Aids Configuration
Provide personalized customization based on the varying teaching scenarios across universities to meet the needs of diverse institutions and courses. Customization Available!
Configuration Methods
1. Single-Experiment Configuration: Select any one experiment from the table below£¬meaning one experiment box contains one experiment.
2. Combined-Experiment Configuration: Select up to 5 experiments from the table£¬meaning one experiment box contains five experiments.
Using this experimental teaching aid, multiple experiments can be conducted as follows:
Experiments currently under development:
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