Um 04:00 Uhr findet das taegliche Datenbackup statt (Ausfallzeit ca. 20 Minuten). Bitte beenden Sie Ihre Arbeit vorher.
2021 Proseminar: Nuclear and Particle Physics
TU Dresden | Sommersemester 2021
2021 Proseminar: Nuclear and Particle Physics
Proseminar
Content
The IKTP-Proseminar "Nuclear and Particle Physics" will cover a wide range of topics in fundamental physics. Guidelines for scientific presentations will be given and the proseminar talks will be analyzed.
- The language of this Proseminar is English.
Information
Time: Tuesday, 4. DS. (13:00 - 14:30)
Place: ----- Online -----
PD Dr. D. Bemmerer, Dr. O. Novgorodova, J. Dittmer
ZOOM: https://tu-dresden.zoom.us/j/81573654466?pwd=T1YwWHkzeFIrVGk3Q09PbUg5NGMwZz09
How to participate/apply?
- Please contact the organizer (olga.novgorodova@tu-dresden.de) via email as soon as possible and indicate three preferred topics from the list below (with preferences 1... 2... 3...). Also add your matrikel number to the Email.
- After enough participants will apply topics will be distributed to cover as much as possible different topics.
About the presentation
- Preparatory meetings: 2 meetings for each talk, further details by email
- Every talk will last 30 minutes
- All necessary materials will be provided after all topics are distributed
- Talks should be given with prepared slides in English (laptop, beamer and pointer will be provided)
Schedule:
There will be 1 talk every Tuesday as the course will be on-line only,
- In case of some problems we might try to make two talks in one day.
- ...
Available topics (changes possible):
1. Big Bang Nucleosynthesis
2. Stellar Structure and Evolution
3. Stellar Nucleosynthesis
3. Stellar Nucleosynthesis
4. Detectors for Higgs Bosons
5. Detectors and Accelerators for Medical Science
6. How to catch the light - Scintillators and Photomultipliers
7. Particle lifetime measurements
8. The solar neutrino problem - Solar neutrinos and their oscillations
9. How much does a neutrino weigh? - The KATRIN experiment
10. Hunting the rarest nuclear process - The neutrinoless double beta decay
11. Radiation therapy in cancer treatment
12. -
Date | Topic | Name | Tutor | ||||
13.04.2021 | Introduction | Novgorodova | Novgorodova | ||||
20.04.2021 | No Talks | ||||||
27.04.2021 | No Talks | ||||||
04.05.2021 | 4. Detectors for Higgs Bosons | Benekin | Novgorodova | ||||
11.05.2021 | 1. Big Bang Nucleosynthesis | Liersch | Bemmerer | ||||
18.05.2021 | 2. Stellar Structure and Evolution | Seidel | Bemmerer | ||||
01.06.2021 | 10. Hunting the rarest nuclear process - The neutrinoless double beta decay | Hofmann N. | Dittmer | ||||
08.06.2021 | 3. Stellar Nucleosynthesis | Frischmann |
Bemmerer |
||||
15.06.2021 | 7. Particle lifetime measurements | Gohler |
Novgorodova |
||||
22.06.2021 | 8. The solar neutrino problem - Solar neutrinos and their oscillations | Baumann | Dittmer | ||||
29.06.2021 | 9. How much does a neutrino weigh? - The KATRIN experiment | Hofmann M. | Dittmer | ||||
06.07.2021 | 6. How to catch the light - Scintillators and Photomultipliers | Wrobel | Novgorodova |
13.07.2021 | 11. Radiation therapy in cancer treatment | Lenz | Turkat |
Lade Bewertungsübersicht
Lade Übersicht