Module A2.2 - Light Matter Interaction
Lecturers
- Dr. Jer-Shing Huang (e-mail: t.b.a.)
- Prof. Dr. Ute Neugebauer (e-mail: t.b.a.)
Contents
see the table below
Components of the module
- Virtual lectures: offered weekly on Monday (12.30 pm - 02.00 pm) and Thursday (12.30 pm - 02.00 pm)
-
Lectures/seminars will start online:
PD Jer-Shing Huang’s lectures will be on Zoom: https://uni-jena-de.zoom.us/j/94427304747
Meeting ID: 944 2730 4747
Passcode: 784767
Prof Ute Neugebauer’s lectures will be on Zoom: https://uni-jena-de.zoom.us/j/61260394422
Meeting-ID: 612 6039 4422
Kenncode: 059575 - If permitted at a later point, the module might take place in presence in future again
Exam
- Date: t.b.a.
- Time: t.b.a.
- Location: t.b.a.
Time table and overview of the individual lectures
| Lecturer | Lectures | Seminar | |
| Week | Subject and content | ||
|
1 15.04.21 (Thu)
|
Huang |
Introduction and Overview Electromagnetic radiation § Properties of Light § Maxwell’s equations |
|
|
2 19.04.21 (Mo) |
Huang |
Electrical properties of matter § Dipole moment § Classical dispersion model § Refractive index |
|
|
22.04.21 (Thu) |
Huang |
Macroscopic light-matter interaction § Reflection and refraction § Light scattering |
|
|
3 26.04.21 (Mo) |
Huang |
Optical response of solid-state materials § Permittivity of metals |
|
|
29.04.21 (Thu) |
Huang |
Introduction into molecular spectroscopy § Molecular many electron systems § Energy levels of atoms and molecules § Molecular electronic transitions |
|
|
6 17.05.21 (Mo)
|
Huang |
Introduction into molecular spectroscopy § Molecular many electron systems § Energy levels of atoms and molecules § Molecular electronic transitions |
|
|
7 27.05.21 (Thu) |
Huang |
Basic principles of the interaction of photons with atoms and molecules § Selection rules § Transition dipole moment § Spectral line width and intensity |
|
|
8 31.05.21 (Mo) |
Huang |
Basic principles of the interaction of photons with atoms and molecules § Selection rules § Transition dipole moment § Spectral line width and intensity |
|
03.06.21 (Thu) |
Neugebauer |
UV/Vis absorption § Franck-Condon principle § Electronic Chromophores § Polarimetry and Circular Dichroism |
|
|
9 07.06.21 (Mo) |
Neugebauer |
UV/Vis absorption § Franck-Condon principle § Electronic Chromophores § Polarimetry and Circular Dichroism |
|
|
10.06.21 (Thu) |
Neugebauer |
Basic Concepts in Fluorescence spectroscopy § Stokes shift § Life time § Quantum yield § Excitation and emission spectroscopy § Steady-state fluorescence § Fluorochromes |
|
|
10 14.06.21 (Mo) |
Neugebauer |
Basic Concepts in Fluorescence spectroscopy § Stokes shift § Life time § Quantum yield § Excitation and emission spectroscopy § Steady-state fluorescence § Fluorochromes |
|
|
17.06.21 (Thu) |
Neugebauer |
Advanced fluorescence techniques § FRET § 2Photon-Fluorescence |
|
|
11 21.06.21 (Mo) |
Neugebauer |
Lasers § Principle of Laser § Laser types Applications in photochemistry |
|
|
24.06.21 (Thu) |
Neugebauer |
Laser trapping |
|
|
12 28.06.21 (Mo) |
Neugebauer |
Vibrational Spectroscopy Infrared absorption spectroscopy § Normal modes § Selection rules § FTIR |
|
|
01.07.21 (Thu) |
Neugebauer |
Vibrational Spectroscopy Infrared absorption spectroscopy § Normal modes § Selection rules § FTIR |
|
|
13 05.07.21 (Mo) |
Neugebauer |
Raman Spectroscopy § Raman scattering § Raman active modes |
|
|
08.07.21 (Thu) |
Neugebauer |
Raman-based spectral methods Photoelectron Spectroscopy |
|
|
14 12.07.21 (Mo) |
Neugebauer |
Light-Matter interactions in tissue, Optoacoustics summary |
|