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PHY291 Proseminar in Experimental Physics

2026
Thursdays, 10:15 - 12:00, UZH Y36K08  - Irchel Campus - only
2 ETCS points (60 h)

Language: English
Attendance: mandatory, at least 80%
Grading: pass/fail

General information

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. 

Learning Outcome

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

Additional information

The live-talks should take 15 minutes, additional 10 minutes are reserved for questions and discussion.


Evaluation criteria:

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. use of scientific references and correct citation

10. the participation on your colleagues' presentations

 

Documents

L1_Introduction (PDF, 724 KB)

L1_Literature_Search (PDF, 1 MB)

L2_Literature_Search (PDF, 4 MB)

 

Proseminar in Experimental Physics: Program 2026

date speaker topic coach  
19.02.2026 Nordlander, Stout, Véron

Introduction

Slot assignment

   
26.02.2026 Stout, Véron Literature research    
05.03.2026 Stout, Véron Literature research with AI    
12.03.2026 Nordlander Lab tour Physik-Institut    
19.03.2026 Loureiro Faria Physics 1913 (Liquid helium) Tzschaschel  
Eugster Physics 1995 (Tau lepton) Kilminster
Romanelli Physics 2002 (Cosmic Neutrinos) Penning
Skalamera Physics 2014 (LED) Chang
26.03.2026 Kilchmann Physics 2020 (SMBH in the center of our galaxy) Baudis  
Wildhaber Chemistry 2011 (Quasicrystals) Chang
Bossi Physics 1978 (Cosmic Microwave Background) Soares-Santos
Gwozdz Physics 2019 (Exoplanets) Cugno
02.04.2026 Ferguson Physics 2009 (CCD) Kilminster  
Kato Physics 1961 (Mössbauer) Aegerter
Rotondo Physics 1956 (Transistor) Hengsberger
Meyer Physics 1994 (Neutron scattering) Janoschek
16.04.2026 Wolfensperger Physics 1971 (Holography) Latychevskaia  
Voss Physics 1973 (Tunneling Junction, Josephson Effect) Natterer
Tereshchenko Physics 1961 (Electron scattering in atomic nuclei) Caminada
Yakushevskyi Physics 2017 (Gravitational Waves) Soares-Santos
23.04.2026 Urech Medicine 1979 (Computed Tomography) Unkelbach  
Asmus Physics 1980 (Discovery of CP violation) Serra
De Nisco Physics 1984 (W, Z bosons) Canelli
Stein Physics 2013 (Higgs) Canelli
30.04.2026 Oehlenberg Physics 2023 (Attosecond spectroscopy) Hengsberger  
Käser Physics 2024 (Neural networks and machine learning) Serra
Müller Physics 2025 (Quantum behaviour in circuits) Penning
07.05.2026 Simonovic Physics 2010 (Graphene) Latychevskaia  
Zürcher Physics 1964 (Maser-laser) Tzschaschel
Marbach Physics 1988 (Neutrino beam method and muon neutrino) Caminada
Ebling Physics 2007 (Giant Magnetoresistance) Chang
21.05.2026 Zeifang Chemistry 2014 (Superresolution microscopy) Aegerter  
Gisler Physics 1986 (STM and Electron Microscope) Natterer
All Summary, evaluation  
         

Literature Coach

Merula Stout  merula.stout@ub.uzh.ch

Anna Véron anna.veron@ub.uzh.ch

Contact