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
- Lectures will be offered on Monday (12.15 pm – 13.45 pm ) and Thursday (12.15 pm – 13.45 pm)
- Location:
Monday: August-Bebel-Str. 4: SR 103
Thursday: August-Bebel-Str. 4: SR 103
Please enrol for the module in Friedolin if you intend to participate
Exam
- Date: 30.06.2025
- Time: t.b.a.
- Location: t.b.a.
Time |
Mondays: 12.15 pm – 13.45 pm Thursdays 12.15 pm – 13.45 pm |
07.04. – 30.06.2025 10.04. – 26.06.2025 |
Location |
Mondays: August-Bebel-Str. 4: SR 103 Thursdays: August-Bebel-Str. 4: SR 103 Online Zoom Meeting: https://uni-jena-de.zoom-x.de/j/2129094437 Meeting ID: 212 909 4437 Passcode: 032515 |
|
Date |
Lecturer / Location |
Subject and content |
07.04.25 (Mo) |
Huang / online |
Introduction and Overview Properties of Light § Amplitude, phase, § Wavelength, wave vector, wavenumber § Energy, momentum § Polarization states |
10.04.25 (Thu) |
Huang / online |
|
14.04.25 (Mo) |
Huang / online |
Maxwell’s equations § Gauss’s Law for electric and magnetic fields § Faraday’s Law § Ampere-Maxwell Law § Wave equation of light |
17.04.25 (Thu) |
Huang / online |
|
24.04.25 (Thu) |
Huang / online |
Electrical properties of matter § Dipole moment, polarization § Permittivity and dispersion § Lorentz and Drude dispersion model § Clausius-Mossotti equation § Refractive index § Frequency-dependent optical transition § Optical responses of nanoparticles |
28.04.25 (Mo) |
Huang / ABS 4; SR 103 |
|
05.05.25 (Mo) |
Huang / ABS 4; SR 103 |
|
08.05.25 (Thu) |
Huang / ABS 4; SR 103 |
Macroscopic light-matter interaction § Reflection and refraction § Radiation of a dipole Light scattering § Elastic scattering & dipole scattering § Scattering and light polarization § Scattering and particle size § Scattering of metallic nanoparticles § Plasmonic resonance of nanoparticles Absorption of light by matter § Derivation of Beer-Lambert Law § Limitation of Beer-Lambert Law |
12.05.25 (Mo) |
Huang / ABS 4; SR 103 |
|
15.05.25 (Thu) |
Huang / ABS 4; SR 103 |
|
19.05.25 (Mo) |
Neugebauer / ABS 4; SR 103 |
UV/Vis absorption § Franck-Condon principle § Electronic Chromophores § Transition dipole moment Application: histology |
22.05.25 (Thu) |
Neugebauer / ABS 4; SR 103 |
§ Polarimetry and Circular Dichroism Basic Concepts in Fluorescence spectroscopy § Stokes shift § Life time |
26.05.25 (Mo) |
Neugebauer / ABS 4; SR 103 |
§ Quantum yield § Excitation and emission spectroscopy § Steady-state fluorescence § Fluorochromes |
02.06.25 (Mo) |
Neugebauer / ABS 4; SR 103 |
Advanced fluorescence techniques § FRET § 2Photon-Fluorescence |
05.06.25 (Thu) |
Neugebauer / ABS 4; SR 103 |
Lasers § Principle of Laser § Laser types |
12.06.25 (Thu) |
Neugebauer / ABS 4; SR 103 |
Application of lasers Laser tweezer |
16.06.25 (Mo) |
Neugebauer / ABS 4; SR 103 |
Vibrational Spectroscopy Infrared absorption spectroscopy § Normal modes § Selection rules § FTIR |
19.06.25 (Thu) |
Neugebauer / ABS 4; SR 103 |
Raman Spectroscopy § Raman scattering § Raman active modes |
23.06.25 (Mo) |
Neugebauer / ABS 4; SR 103 |
|
26.06.25 (Thu) |
Neugebauer / ABS 4; SR 103 |
Light-Matter interactions in tissue Summary |