A rigorous study of how magnetic fields split and shift spectral lines, revealing subtle dissymmetries in magneto‑optic effects.
This classic work presents the author’s long series of experiments in magneto‑optics, focusing on how magnetic fields influence the resolution of spectrum lines. It blends detailed measurement with careful analysis, offering clear insights into the behavior of light under magnetism. The text discusses experimental setups, observed phenomena, and the interpretation of results within the evolving theory of magnetic resolution.
- How magnetic fields alter line positions and intensities, including dissymmetries in triplets and quadruplets
- Experimental methods using etalons, vacuum tubes, and flame spectra to probe the Zeeman effect
- Comparisons of experimental data with theoretical models, including Voigt’s and related approaches
- Connections to broader magneto‑optical concepts like rotation of polarization and magnetic double refraction
Ideal for readers with an interest in physics and the history of magneto‑optics, this edition illuminates foundational experiments and their lasting impact on the field.