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.)

see the table below

Components of the module

Lectures will be offered 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 online:

Zoom link:

https://uni-jena-de.zoom.us/j/2129094437

Meeting ID: 212 909 4437

Passcode: 032515

Prof Ute Neugebauer’s lectures will be in presence.
Location:
Monday: August-Bebel-Str. 4: SR 116

Thursday: August-Bebel-Str. 4: SR 103

Please enrol for the module in Friedolin if you intend to participate.

Exam

Date: 2.8.2022
Time: 13:00 - 15:00
Location: lecture hall (Sitzungssaal), Leibniz-IPHT, Beutenberg-Campus
The retake-exam will take place in the week before the lectures of the winter term start (most likely: Tuesday, 11th of October)

Time table and overview of the individual lectures

	Lecturer	Lectures
Week		Subject and content
1 11.04.22 (Mo)	Huang / online	Introduction and Overview
14.04.22 (Thu)	Huang / online	Properties of Light Amplitude, phase, Wavelength, wave vector, wavenumber Energy, momentum Polarization states
2 21.04.22 (Thu)	Huang / online	Maxwell’s equations Gauss’s Law for electric and magnetic fields Faraday’s Law Ampere-Maxwell Law Wave equation of light
3 25.04.22 (Mo)	Huang / online
28.04.22 (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
4 02.05.22 (Mo)	Huang / online
05.05.22 (Thu)	Huang / online	Macroscopic light-matter interaction Reflection, and refraction Scattering Optical responses of nanoparticles
5 09.05.22 (Mo)	Huang / online	Absorption of light by matter Energy levels of atoms and molecules Jablonski diagram Molecular electronic transitions Excitation and emission spectrum
12.05.22 (Thu)	Huang / online
6 19.05.22 (Thu)	Neugebauer / August-Bebel-Str. 4, SR 103	UV/Vis absorption Franck-Condon principle Electronic Chromophores Transition dipole moment Polarimetry and Circular Dichroism Application: histology
7 23.05.22 (Mo)	Neugebauer / August-Bebel-Str. 4: SR 116
8 30.05.22 (Mo)	Neugebauer / August-Bebel-Str. 4: SR 116	Basic Concepts in Fluorescence spectroscopy Stokes shift Life time Quantum yield Excitation and emission spectroscopy Steady-state fluorescence Fluorochromes
9 09.06.22 (Thu)	Neugebauer / August-Bebel-Str. 4: SR 103
10 13.06.22 (Mo)	Neugebauer / August-Bebel-Str. 4: SR 116	Advanced fluorescence techniques FRET 2Photon-Fluorescence
16.06.22 (Thu)	Huang / online	Lasers Principle of Laser Laser types
12 27.06.22 (Mo)	Neugebauer / August-Bebel-Str. 4: SR 116	Application of lasers Laser tweezer
30.06.22 (Thu)	Neugebauer / August-Bebel-Str. 4: SR 103	Vibrational Spectroscopy Infrared absorption spectroscopy Normal modes Selection rules FTIR
13 07.07.22 (Thu)	Neugebauer / August-Bebel-Str. 4: SR 103
14 11.07.22 (Mo)	Neugebauer / August-Bebel-Str. 4: SR 116	Raman Spectroscopy Raman scattering Raman active modes
14.07.22 (Thu)	Neugebauer / August-Bebel-Str. 4: SR 103	Light-Matter interactions in tissue Summary

Module A2.2 - Light Matter Interaction

Lecturers

Contents

Components of the module

Exam

Time table and overview of the individual lectures