(Practical exercise and seminar, ECTS: 10)

Last update: 07.10.2019

Registration

Introduction to Adv. Master Laboratory: Monday 21.10.2019, 14:15, room 1.1.16

Instructions for Lab and Radiation Safety are mandatory for all participants !!!

Date of Safety Instruction in English: Monday 21.10.2019, 14:15, room 1.1.16

Ersatztermin für die Sicherheitsbelehrung auf Deutsch: 23.10.2019, 10:00, Seminarraum T3, 1.3.48

 

Please read Foreword, Rules for the Advanced Lab Course, and Hints on the Seminar Presentation

Organizer

Prof. Martin Weinelt with assistants	email: weinelt@physik.fu-berlin.de
Phone: 838-56060	room: 0.4.15

Lab Sessions:	Seminars:
Thursday 10:00-19:00 h (start: 31.10.2019)	Monday, 14:00 - 16:00 h,   Room 1.1.16  (start: 21.10.2019)
Please contact in time the tutor of the experiment to arrange appointment.	Please arange in time test talks with tutor and thereafter with organizer

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News (under construction):

List of Groups	Laboratory  Calendar (dates for the experiments)
List of Tutors	Seminar calendar (for topics see experiments below)

Please consult this webpage regularly in order to check if there are changes in the calendar!

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Downloads:

Participation certificate (download for students)

Evaluation form (downloads for tutors)

Wiki: Here you can find the description of the experiments and useful information concerning the experiments !!!

(please use your zedat login and password)


Script

1. Foreword
2. Rules for the Advanced Lab Course
3. Hints on the Seminar Presentation
4. Experiments:
   

   No.	experiments during the semester	room
   Ma2	Low Energy Electron Diffraction on Surfaces (LEED)	0.4.02
   Ma3	Pulsed Nuclear Magnetic Resonance (NMR)	0.4.02
   Ma4	X-Ray Photoelectron Spectroscopy (XPS) (n.p.)    [will start in January 2020]	1.4.24
   Ma5	Dynamical processes in lipid membranes	-1.1.18
   Ma6	Atomic Force Microscopy (AFM)	0.3.18
   Ma10	Auger Electron Spectroscopy (AES) and Electron Energy-Loss Spectroscopy (EELS) [will start in January 2020]	1.4.24
   Ma12	Magnetooptic Kerr Effect and magnetic anisotropies	0.1.13
   Ma 14	Solid state laser principles	0.1.29
   Ma15	Electron Paramagnetic Resonance	0.4.07
   Ma17	Formation of protein self assembled monolayer monitored by Quartz Crystal Microbalance	0.1.16
   	1 day each during the first two weeks of the semester break
   Ma7	Raman Scattering	1.1.46
   Ma8	Superconductivity	0.4.09
   Ma9	Photoluminescence	1.1.46
   Ma16	Femtosecond laser spectroscopy of coherent phonons	FHI
   Ma21	Electron quantum transport in graphene	1.2.04

n.p. - not for pregnant women

FHI: Fritz-Haber-Institut der Max-Planck-Gesellschaft