Molecular Diffraction of Light (Classic Reprint) - Softcover

Inhaltsangabe

Explore how light dances with molecules and how this shapes what we see through refraction, scattering, and diffraction. This classic work connects the fundamental structure of matter with the way light propagates in gases, liquids, and solids. It explains why light loses intensity as it travels and how molecular motion and organization influence the color and clarity of the sky, seas, and materials.

- Understand the idea that molecules act as tiny secondary sources of radiation and how their arrangement affects scattered light.
- Learn how the attenuation and scattering of light relate to refractive index, density, and temperature.
- See how polarisation behaves in liquids versus gases and what that reveals about molecular orientation.
- Hear how these experiments sit at the crossroads of classical and quantum theories of light, and what that means for our view of light itself.

Ideal for readers of physics and chemistry who want a clear, historical, yet practical account of light and matter. This edition helps nonfiction readers grasp how modern ideas about diffraction, scattering, and the quantum view of light emerged from careful observation and calculation.

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