Teaching & Supervising
I am teaching astrophysics I/II courses since WiSe 2014/2015. In SoSe2020 and WiSe20/21 the astrophysics courses will only be held via Moodle. [link]
Lecture: Astrophysics 1, Kassel WS2019/20 Unit No: FB1018.5520w Lecturer: G.W.Fuchs Exercises: F. Peterß and B. Waßmuth Language: German | |
viewgraphs: | |
lecture 1 [prot.pdf] | lecture 2 [prot.pdf] |
lecture 3 [prot.pdf] | lecture 4 [prot.pdf] |
lecture 5 [prot.pdf] | lecture 6 [prot.pdf] |
lecture 7 [prot.pdf] | lecture 8 [prot.pdf] |
lecture 9 [prot.pdf] | lecture 10 [prot.pdf] |
lecture 11 [prot.pdf] | lecture 12 [prot.pdf] |
lecture 13 [prot.pdf] | lecture 14 [prot.pdf] |
exercises: | |
exercise 1 [prot.pdf] | exercise 2 [prot.pdf] |
exercise 3 [prot.pdf] | exercise 4 [prot.pdf] |
exercise 5 [prot.pdf] | exercise 6 [prot.pdf] |
exercise 7 [prot.pdf] | exercise 8 [prot.pdf] |
exercise 9 [prot.pdf] | exercise 10 [prot.pdf] |
exercise 11 [prot.pdf] | exercise 12 [prot.pdf] |
Lecture: Astrophysics 2, Kassel SoSe2019 Unit No: FB1018.5527s Time/venue: Wednesday, 1pm; room 1252 (AVZ) Lecturer: G.W.Fuchs & T.F. Giesen Exercises: P. Stahl Language: German | |
viewgraphs: | |
lecture 1 [prot.pdf] | lecture 2 [prot.pdf] |
lecture 3 [prot.pdf] | lecture 4 [prot.pdf] |
lecture 5 [prot.pdf] | lecture 6 [prot.pdf] |
lecture 7 [prot.pdf] | lecture 8 [prot.pdf] |
lecture 9 [prot.pdf] | lecture 10 [prot.pdf] |
lecture 11 [prot.pdf] | lecture 12 [prot.pdf] |
lecture 13 [prot.pdf] | lecture 14 [prot.pdf] |
exercises: | |
exercise 1 [prot.pdf] | exercise 2 [prot.pdf] |
exercise 3 [prot.pdf] | exercise 4 [prot.pdf] |
exercise 5 [prot.pdf] | exercise 6 [prot.pdf] |
exercise 7 [prot.pdf] | exercise 8 [prot.pdf] |
exercise 9 [prot.pdf] | exercise 10 [prot.pdf] |
exercise 11[prot.pdf] |
Since WiSe 2017/18 I am leading the 'Physikalisches Seminar (Physik Bachelor)'.
Lecture: Physikalisches Seminar (Physik Bachelor), Kassel WiSe2018/19 Seminar leader: G.W.Fuchs Language: German |
Info material: |
Introductory lecture [prot.pdf] |
Seminar time table [prot.pdf] |
Themes & Topics [prot.pdf] |
Time schedule for introductory talks of the physics research groups' [prot.pdf] |
Handout for seminarists [prot.pdf] |
Topic assignment [prot.pdf] |
Time schedule of seminar talks [prot.pdf] |
"Aufbau eines wissenschaftlichen Vortrages"[prot.pdf] |
Since SoSe 2018 I am co-organizing the 'Astrophysikalisches Seminar (Physik Master)'.
Lecture: Astrophysik. Seminar (Physik Master), Kassel SoSe2018 Seminar leader: B. Fricke & G.W.Fuchs Language: German |
Info material: |
Themes & Topics [prot.pdf] |
Lecture: Laboratory Astrophysics 2, Kassel SS2015 Lecturer: G.W.Fuchs, T.F. Giesen and work group Language: German | |
lecture 2: Mass Spectroscopy [prot.pdf] |
- Lecture on "Turbulenter Materietransport und die Chemie in Molekülwolken" as excerpt from "Turbulenzen im Interstellaren Medium", TU Berlin, April 2009 [prot.pdf] (German)
Supervising (B.Sc. / M.Sc. / PhD students)
- Pascal Stahl, 'Aufbau eines Chirped-Pulse Mikrowellenspektrometers mit Überschalldüsenstrahl', Master thesis, Uni Kassel, 2017 [#]
- Johanna Chantzos, 'Aufbau und Charakterisierung eines Chirped-Pulse-Mikrowwellenspektrometers', Master thesis, Uni Kassel, July 2016 [#]
- Daniel Witsch, 'Aufbau eines Multimode-Infrarot Spektrometers', Master thesis, Uni Kassel, January 2015 [#]
- Mona Kempkes, 'Die Systematik der APEX 12m Wasserstoffperoxid-Beobachtungskampagne der Quellen R CrA - IRS 5A und IRAS 2A', Bachelor thesis, Uni Kassel, September 2016 [#]
- Benjamin Stanclik, 'Suche von Wasserstoffperoxid (HOOH) in den astrophysikalischen Quellen R CrA-IRS5A und IRAS-2A', Bachelor thesis, Uni Kassel, 2016 [#]
- Carsten Rühling, 'Charakterisierung von tert-Butylphosphordibromid', Bachelor thesis, Uni Kassel, 9. Dec. 2015 [#]
- Pascal Stahl, 'Untersuchung und Ansteuerung eines Quadrupolmassenfilters, Bachelor thesis, Uni Kassel, 31. Aug. 2015, [#]
- Arthur Linß, 'Modellierung einer zirkumstellaren Umgebung', Bachelor thesis, Uni Kassel, 2015 [#]
Master
Bachelor
MiniLab
(Leiden, 2007, by Fuchs)
Dust particles stored in a Quadrupole Trap and illuminated by a He-Ne laser - an example of an easy to construct quadrupole trap for micro-sized particles.