2018 Proseminar: Basics of theoretical and experimental particle physics

TU Dresden | Sommersemester 2018 2018 Proseminar: Basics of theoretical and experimental particle physics

2018 Proseminar: Basics of theoretical and experimental particle physics

Proseminar

Tuesday, 4. DS. (13:00 - 14:30), SE2/201/H

Organizer

Dr. O. Novgorodova (Olga.Novgorodova@tu-dresden.de)

Dr. M. Meyer ( Mikko.Meyer@tu-dresden.de )

Heinrich Wilsenach (Heinrich.Wilsenach@mailbox.tu-dresden.de)

Preparatory meetings: 2 meetings for each talk, further details by email

Introduction

Proseminar on the theory  and experiments of particle physics. There is a list of possible topics below. If you are interested in any other toipic, please contact us by e-mail.

How to participate/apply?

  • Please notify the organizer by email or in person, preferably before 16.03.2018. Please indicate the preferred topic(s) in your email.
  • Alternatively simply show up in the first seminar on 03.04.2018
  • If you wish to participate in the Proseminar, please send a ranked list of three potential topics to Olga.Novgorodova@tu-dresden.de and Mikko.Meyer@tu-dresden.de. From this list, one topic will be chosen depending on the preferences of all participants. Some topics may be divided into subtopics if there is a large demand.

About the presentation

  • Every talk will last for 30 minutes.
  • All necessary materials will be provided after all topics will be distributed.
  • Talks should be given with prepared slides in English (laptop and beamer will be provided).

Topics:

  1. (O) LHC and CERN Experiments
  2. (O) LEP Achievements
  3. (O) ATLAS Detector
  4. (O) Scintillators and their Applications
  5. (O) Photomultipliers and their Applications
  6. (O) Medical Physics Detectors
  7. (O) Radiation Therapy
  8. (O) Black Holes Observations
  9. (H) Double Beta Decay
  10. (H) Neutrino Oscillations
  11. (H) Direct Neutrino Mass Measurements
  12. (H) The GERDA detector/experiment
  13. (H) Liquid Scintillator Detectors
  14. (H) Ionization chamber
  15. (M) Solar Neutrinos
  16. (M) Solar Neutrino Problem
  17. (M) Supernova Neutrinos
  18. (M) Neutrino Velocity - Are Neutrinos faster than light?
  19. (M) Drift tube detector

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