Faculté de physique et ingénierie

Séminaire accompagnant les cours 1,2 et 3

  • Cours (CM) -
  • Cours intégrés (CI) -
  • Travaux dirigés (TD) 20h
  • Travaux pratiques (TP) -
  • Travail étudiant (TE) -

Langue de l'enseignement : Anglais

Niveau de l'enseignement : B2-Avancé - Utilisateur indépendant

Description du contenu de l'enseignement

Student’s seminars
Each week, a pair of students prepares a short seminar for the other students. The presentation reviews some topics explained during past lectures (both common and optional lectures are concerned).
Example of subjects :
  • Special relativity : Definition and notation of 4-­vectors, application to deep inelastic scattering and pp collisions at the LHC. Definition and relation of some commonly used kinematic variables, Q2, ν, y, xBJ, rapidity, s, u, t.
  • Theory of signal formation in electronic detectors ; the proportional chamber ; application of Ramo’s theorem on a simple detector geometry.
  • The Dirac equation : Motivation, basic concepts and interpretation of solutions in the relativistic and non-relativistic limits.
  • Interactions of heavy charged particles with matter ; Detailed derivation of the Bethe-­Bloch formula.
  • Helicity and chirality and their conservation in the high-­energy limit ; Angular distribution in e-­e+ -> μ-­μ+ scattering. Notation of “left” and “right” handed particles, mass terms in the Lagrangian.
  • Nuclear pairing and super-­fluidity, quasi particles and BCS (Bardeen, Cooper and Schrieffer) equations.
  • Data analysis : concepts of significance and exclusion limits. Application in the context of discovery of the Higgs particle.
  • Stationary perturbation theory, exemple of the Rayleigh-­Schrödinger method.
  • Concepts of group theory applied to subatomic physics : rotations, unitary and special unitary groups. The parton and quark model.
  • Physics of fast rotating nuclei, quantum numbers, the quantum-­Coriolis effect ; Rotation-­induced phase transition.
  • The Noether theorem and current conservation ; Global and local gauge invariance and fundamental interaction.
  • Explicit calculation of elementary cross sections : From the matrix elements and the phase space factors to the experiment-­comparable quantities.

Contact

Faculté de physique et ingénierie

3-5, rue de l'Université
67084 STRASBOURG CEDEX

Formulaire de contact

Responsable

Jérôme Baudot


MASTER - Physique

Établissement associé de l'Université de Strasbourg
Fondation Université de Strasbourg
Investissements d'Avenir
Ligue européenne des universités de recherche (LERU)
EUCOR, Le Campus européen
CNRS
Inserm Grand Est
HRS4R