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Thursdays, 10:15 - 12:00, UZH Y36K08 - Irchel Campus - only
2 ETCS points (60 h)
Language: English
Attendance: mandatory, at least 80%
Grading: 1, 1.5, 2, ...6
With a focus on the experimental aspect, we will cover Nobelprizes (NP) in Physics, Chemistry and Medicine where the corresponding Noble lecture shall be the starting point for the 15 minutes presentations.
The students pick one available NP suggested by the coaches. The slots will be assigned during the first proseminar.
The format attempts to simulate a conference environment in which you present your findings to a peer audience, which is composed of your fellow students.
After successful participation in the proseminar, the student will have learned:
1. to use the basic methods of literature retrieval
2. to condense the knowledge from scientific sources into a presentation
3. to obtain good presentation skills
4. details about the experimental aspects and methods of research
5. how to connect with and get support from their coach
6. to answer to questions/comments to their presentation
The live-talks should take15 minutes, additional 10 minutes are reserved for questions and discussion.
The slides are sent as a pdf file to the coordinator and are shared on a password protected link.
Evaluation criteria:
0. appeal of the title
1. structure and organization of the talk
2. presentation of basic knowledge
3. presentation of advanced aspects
4. quality and relevance of presented formulae and figures
5. the clarity of the presentation
6. the ability to present the topic with excitement and enthusiasm
7. time keeping
8. the ability to trigger and answer questions and comments
9. quality of questions from the audience
10. use of scientific references and correct citation
11. the participation on your colleagues' presentations
The grade is reflects the quality of your presentation reflected in the above 11 points.
You are selecting the 3 best comments/questions for your talk, which serves as the basis for selecting the student with the best question.
The questions are ranked by the coaches and the best will receive an award.
Documents (sharepoint)
Handout Introduction to Literature Research: link
pan# | date | speaker | topic | coach | |
22.02.2024 10:15-12:00 |
Greber, Véron |
Introduction slot assignment |
Slides L1 (PDF, 1 MB) | ||
29.02.2024 | Véron | Literature research | Slides L2 (PDF, 3 MB) | ||
07.03.2024 | Véron | Literature research with AI | Slides L2+3 (PDF, 6 MB) |
||
4 |
21.03.2024 10:15 |
Unternährer |
Quasicrystals, 2011 |
Aegerter |
|
5 | 10:50 | Melchisedekow |
Black holes, 2020 |
Baudis | Starting into the Void Physics 2020 Nobel Prize - Black holes (PDF, 1 MB) |
6 | 11:25 | Herzog |
Cosmic microwave background, 2006 |
Soares | Cosmic Microwave Background The proof of the Big Bang theory (PDF, 2 MB) |
7 |
28.03.2024 10:15 |
Forrest | Attosecond pulses, 2023 | Hengsberger | Breaking Boundaries: Attosecond Light Pulses Physics Nobel prize 2023 (PDF, 1 MB) |
8 | 10:50 | Odrljin |
Cosmic neutrinos, 2002 |
Penning | Where are the rest of the Neurinos?or how to dry-clean solar neutrinos (PDF, 9 MB) |
9 | 11:25 | Brunner | Scanning tunneling microscope, 1986 | Natterer | The scanning tunneling microscope (STM) Make Atoms visible (PDF, 1 MB) |
2 |
18.4.2024 10:15 |
Holthuis | High Tc, 1987 | Schilling | Discovering High-Temperature Superconductivity The Nobel Prize in Physics 1987 (PDF, 730 KB) |
15 | 10:50 | Gälli | Tunneling in conductors, 1973 | Natterer | Tunneling in Conductors (PDF, 2 MB) |
17 |
25.04.2024 10:15 |
Danioth | High resolution nuclear magnetic resonance, 1991 | Aegerter | NMR signals to spectra (PDF, 2 MB) |
18 | 10:50 | Baumgartner | X-ray cristallography, 1915 | Schilling | A Father-Son Triumph: The 1915 Nobel Prize in Physics and the Birth of Modern Crystallography (PDF, 12 MB) |
19 |
2.05.2024 10:15 |
Kurz | Cosmic microwave background, 1978 | Penning | Cosmic Microwave Background (PDF, 2 MB) |
20 | 10:50 | Boison | Transistor, 1956 | Hengsberger | Transistors: Improving Electronics Through Solid State Physics (PDF, 957 KB) |
21 | 11:25 |
Rösler |
Graphene, 2010 | Latychevskaia | PHY 291 slides Roesler Graphene a first glimpse in a two-dimensional system (PDF, 2 MB) |
23.05.2024 | All | Summary, Awards & Foto | All |
Anna Veron anna.veron@ub.uzh.ch
Thomas Grebergreber@physik.uzh.ch