704361 PR Advanced Laboratory (FP1)

summer semester 2022 | Last update: 14.06.2022 Place course on memo list
Lorenzo Dania, MSc Lorenzo Dania, MSc, +43 512 507 52455
Eric Sebastien Endres, PhD Eric Sebastien Endres, PhD, +43 512 507 52633
Dott. Mag. Tommaso Faleo Dott. Mag. Tommaso Faleo, +43 512 507 52564
Dott.ssa mag. Maria Galli Dott.ssa mag. Maria Galli, +43 512 507 52470
Dr. Elisabeth Gruber Dr. Elisabeth Gruber
Yanliang Guo, PhD Yanliang Guo, PhD, +43 512 507 52449
Bo Huang, MSc PhD Bo Huang, MSc PhD, +43 512 507 4762
ao. Univ.-Prof. Mag. Dr. Stefan Kimeswenger ao. Univ.-Prof. Mag. Dr. Stefan Kimeswenger, +43 512 507 52040
ao. Univ.-Prof. Mag. Dr. Emmerich Kneringer ao. Univ.-Prof. Mag. Dr. Emmerich Kneringer, +43 512 507 52081
Dr. Manuele Landini Dr. Manuele Landini, +43 512 507 52435
Dr. Benjamin Peter Lanyon Dr. Benjamin Peter Lanyon, +43 512 507 52900
Stefanie Vera Morhenn, MSc Stefanie Vera Morhenn, MSc
Univ.-Prof. Dr. Norbert Przybilla Univ.-Prof. Dr. Norbert Przybilla, +43 512 507 52100
Univ.-Prof. Dr. Olaf Reimer Univ.-Prof. Dr. Olaf Reimer, +43 512 507 52060
Martin Ringbauer Martin Ringbauer, +43 512 507 52458
Magdalena Salzburger, MEd Magdalena Salzburger, MEd, +43 512 507 52689
Mag. Dr. Philipp Schindler Mag. Dr. Philipp Schindler, +43 512 507 52479
Christian Markus Florian Schneider, MSc PhD Christian Markus Florian Schneider, MSc PhD, +43 512 507 52546
Julia Thaler, BSc MSc Julia Thaler, BSc MSc, +43 512 507 52079
Miguel Alejandro Urbaneja Perez, PhD Miguel Alejandro Urbaneja Perez, PhD, +43 512 507 52102
Univ.-Prof. Mag. Dr. Gregor Weihs Univ.-Prof. Mag. Dr. Gregor Weihs, +43 512 507 52550
Yannick Fritz Weiser, MSc Yannick Fritz Weiser, MSc, +43 512 507 52487
704361
PR Advanced Laboratory (FP1)
PR 4
7,5
weekly
annually
German

Graduates of this module shall understand the experimental mode of operation of physics by the practical execution of advanced tests. You shall have acquired the ability to carry out physical experiments independently and attained a recessed appreciation of the experimentally oriented mode of operation of physics and team ability and communication competence.

Solar spectroscopy, Diffusion cloud chamber, Properties of optical CCDs, Differential optical absorption spectroscopy (DOAS), Myon lifetime, Franck-Hertz experiment, Hall-effect and conductivity, Acoust-optical effect, Diode laser, Electron spin resonance, Gaussian beams and optical resonators, Elector-optical effect, Mass spectrometry, Emission spectrometry

This course consists of one experiment per week, for which you prepare based on notes, which will be available on OLAT. Before doing the experiment the instructor will check how well-prepared you are.

After the experiment you have to analyze the data and write a report that you submit via OLAT within 2 weeks (day of the experiment + 14 days, 24:00; we recommend to submit within one week). If your submission is late, 2 points will be subtracted per week of delay. Thus, if you submit 5 weeks or more late you will not receive any points for your report and the experiment will count as failed (see Assessment). If there are important reasons (illness, care obligations, death of a close relative) that prevent you from submitting your report on time, inform the respective instructor as early as possible and be prepared to give proof of your reason, to avoid the loss of points.

The rules of best scientific practice apply throughout the course. In cases of serious violations such as plagiarism (text, pictures, data that are reused without a citation and not identified as such) we retain the right to assess the performance of the offending group in the entire course with grade 5 ("nicht genügend", fail).

Your preparation and performance while doing an experiment can earn you up to 4 points (40 %) your report up to 6 points (60 %). To pass the course you need to pass at least 80% of the experiments. An experiment counts as passed if you achieve at least 4.5 points, which is only possible if you submit your report on time (see "Methods").

The overall grade is derived from the total numer of points. If you drop the course after the third week of term it will be graded as 5 ("nicht genügend", fail).

The notes for the experiments will be available on OLAT.

Successful completion of the compulsory modules Physics Laboratory 2, Physics III (quanta and atoms) and at least one of the courses of the module Physics IV (nuclei and particles).

Organisation: Gregor Weihs

Please register in the first LFU:online group only to simplify the coordination. The FP1 is an lab course with fixed groups of 2-3 participants each. Please name your favorite lab partners in the remarks on the registration form.

Despite the coronavirus pandemic, we currently plan on holding this course in presence on campus. This requires that everyone has a valid 3G proof for each appointment, strictly adheres to the distancing rules, and wears an FFP2-mask.

Participation in the experiments is only permitted as a complete group. If you cannot keep an appointment for an important reason (illness, care obligations, death of a close relative) inform your instructor writing (email) as early as possible and be prepared to give proof of your reason. If you miss an appointment without prior notice the experiment will be graded as 5 ("nicht genügend", failed).



to be agreed on
  • SDG 4 - Quality education: Ensure inclusive and equitable quality education and promote lifelong learning opportunities for all.
Group 1
Date Time Location
Mon 2022-02-28
15.00 - 16.00 HS D (Technik) HS D (Technik) Barrier-free Vorbesprechung Lehrende