@ 10:24 Finally? Not quite. Because spectroscopy is dealing with the interaction between EM-radiation and matter, the study can also be divided from the matter point-of-view. So, in addition, you will encouter in textbooks atomic and molecular spectroscopy. The latter can be divided in diatomic and polyatomic spectroscopy. And it makes a lot of difference whether these matter-systems are in the solid, liquid or gaseous state. Finally (haha), in this course only linear optical phenomena are discussed, but this can be extended to phenomena in non-linear optics. Now you have a somewhat broader overview of the field.
thanks a ton for such wonderful comprehensive lectures, m grateful
@ 10:24 Finally? Not quite. Because spectroscopy is dealing with the interaction between EM-radiation and matter, the study can also be divided from the matter point-of-view. So, in addition, you will encouter in textbooks atomic and molecular spectroscopy. The latter can be divided in diatomic and polyatomic spectroscopy. And it makes a lot of difference whether these matter-systems are in the solid, liquid or gaseous state. Finally (haha), in this course only linear optical phenomena are discussed, but this can be extended to phenomena in non-linear optics. Now you have a somewhat broader overview of the field.
Thanks for that other viewpoint
@@rgudduu You're welcome.
Good informative lectures sir.. please suggest best reference books to study spectroscopy and different spectroscopy techniques.
Excellent. Needs some previous knowledge of the subject though