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我们坚信，知识赋能是推动有意义的科学进步的第一步。拉曼光谱是一种变革性工具，但只有通过理解才能充分发挥其潜力。因此，我们认为普及基础知识是我们的责任。
《拉曼光谱新手入门》（严迪主讲，超过 30 集）
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《拉曼光谱 7 分钟教程》
The Raman effect describes the inelastic scattering of light at matter, during which energy is exchanged. Chemical data can be easily obtained by interpreting this contact-free and non-destructive spectroscopic technique. Learn more.
By using confocal microscopes, Raman spectroscopy can analyze 2D and 3D structures chemically. It allows depth profiling and can analyze objects behind transparent materials! Learn the Raman basics by clicking here.
Explore how key optical components—lasers, filters, and spectrometers—work together to make Raman spectroscopy possible. Understand the technology behind precise, reliable molecular analysis.
Raman spectroscopy doesn’t stop at the standard setup. Discover advanced methods like SERS, TERS, and CARS that expand the boundaries of sensitivity, resolution, and application.
Raman imaging combines spatial and spectral data to create incredibly high-contrast chemical images to evaluate material properties and to investigate component distributions. We explain how it works in our Raman imaging basics.
Our Guide to Raman Applications explores how this versatile technique is used across materials science, pharmaceuticals, forensics, biology, cultural heritage, and energy.
