PhD supervision
 Weak righthanded currents in the quark sector
PhD in joint supervision with V. Bernard (IPN, CNRS/IN2P3/Univ. ParisSud), 20132016
 The role of the strange quark in lowenergy QCD
PhD in joint supervision with V. Bernard (IPN, CNRS/IN2P3/Univ. ParisSud), 20092012
 Precision measurement of σ(e^{+}e^{} > hadrons) :
applications to QCD and tests of the Standard Model
PhD in joint supervision with M. Davier (LAL, CNRS/IN2P3/Univ. ParisSud), 20072010
Research internships
 Study of the baryonic decays Λ_{b}^{*} > Λ l^{+}l^{}
L3 internship followed by 1 intern from June to July 2017
 Study of a nonminimal SU(3)xSU(3)xU(1) extension of the Standard Model
M2 internship followed by 1 intern from April to June 2016
 Neutralmeson mixing and CP violation
L3 internship followed by 1 intern from June to July 2014
 Constraints on the leftright symmetric models : the transition b > c l ν
M2 internship followed by 1 intern from April to July 2013
 Analysis of rare decays in the formalism of helicity amplitudes
M1 internship followed by 1 intern from May too July 2012
 Neutralmeson mixing and CP violation
L3 internship followed by 2 interns from June to July 2011
M1 internship followed by 1 intern from July to August 2010
 Form factors of the decay K^{0} > π^{} l^{+} ν
M2 internship followed by 1 intern from June to July 2009
 The decay B^{0} > (ρπ)^{0} and its Dalitz plot analysis
M1 internship followed by 1 intern from May to July 2007
 A study of the decay K^{0} > π^{} l^{+} ν
L3 internship followed by 1 intern from June to July 2006
 CPviolation in Bmesons
M1 internship followed by 2 interns from April to August 2005
International schools

Flavour physics, 3 hours
First Zagreb School on Theoretical physics
(07/17, Zagreb, Croatia)

Strong and weak interactions in the Standard Model, 3 hours
RBITWinning lectures
(03/17, Zagreb, Croatia)

Discussion sessions with PhD students, 10 hours
CERN AsiaEuropePacific School of HighEnergy Physics
(10/16, Beijing, China)

The Standard Model and beyond, 5 hours
TransEuropean School in High Energy Physics
(07/16, Yamreche, Ukraine)

Flavour Physics, 3 hours,
XLII International Meeting on Fundamental Physics
(01/14, Benasque, Spain)

Analytic QCD, 3 hours,
Ecole de Gif Heavy flavours
(09/10, Besse, France)

Nonleptonic B decays, 2 hours, and Constraints on New Physics from flavour physics, 1 hour,
Belle Analysis School
(02/10, Tsukuba, Japan)

The Standard Model and beyond, 5 hours
TransEuropean School in High Energy Physics
(07/09, Zakopane, Poland)

The Standard Model and beyond, 5 hours
TransEuropean School in High Energy Physics
(07/08, Buymerovka, Ukraine)

The Standard Model and beyond, 5 hours
FrenchUkrainian School in Particle Physics
(07/07, Mukachevo, Ukraine)

An introduction to Chiral Perturbation Theory, 1 hour
Block Courses on Lattice QCD, International PhD School Bielefeld/Orsay
(04/04, LPT, Orsay)
Lectures

Quantum field theory (M2 NPAC  30h) 
Core lectures on quantium field theory 

Quantum field theory (M2 NPAC  30h) 
Core lectures on quantium field theory 

Quantum field theory (M2 NPAC  30h) 
Core lectures on quantium field theory 
Problem classes

QFT problem classes (M2 quantum phys ENS Paris  18h) 
Optional module on quantum field theory 

Quantum mechanics problem classes (L3 physics ParisSud  30h) 
Basics of quantum mechanics 

QFT problem classes (M2 quantum phys ENS Paris  18h) 
Optional module on quantum field theory 

Quantum mechanics problem classes (L3 physics ParisSud  15h) 
Basics of quantum mechanics 

QFT problem classes (M2 quantum phys ENS Paris  18h) 
Optional module on quantum field theory 

Theoretical physics problem classes (L2 physics Southampton  60h) 
Computerbased tools (Mathematica, Maple) to solve problems in theoretical physics 

Math problem classes (L1 physics Southampton  20h) 
Math support for students starting physics courses 

Computing problem classes (L1 physics Southampton  20h) 
Programming in Basic and C to solve numerical problems in maths and physics 

Physics problem classes (L1 maths and computer sciences ParisSud  64h) 
Classical mechanics 

Physics labs (L1 maths and computer sciences ParisSud  64h/year) 
Classical mechnanics, optics and electricity 
Training sessions for students and researchers

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Popularising science (1 session of 1 day) 
Introduction to popular science for M1 students 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Popularising science (1 session of 1 day) 
Introduction to popular science for M1 students 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Popularising science (1 session of 1 day) 
Introduction to popular science for M1 students 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Popularising science (20 hours) 
Introduction to writing techniques in popular science for M2 students 

Popularising science (15 hours) 
Introduction to writing techniques in popular science for M1 students 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Popularising science (6 hours) 
Introduction to writing techniques in popular science for M1 students 

Communicating by posters (3 sessions of 1 day) 
Introduction to poster communication for researchers 

Popularising science (1 session of 2 days) 
Introduction to writing techniques in popular science for PhD students 

Communicating by posters (2 sessions of 1 day) 
Introduction to poster communication for researchers 

Popularising science (2 sessions of 2 days) 
Introduction to writing techniques in popular science for PhD students 

Communicating by posters (2 sessions of 2 days) 
Introduction to poster communication for PhD students 
Training sessions for highschool teachers

Training session for Académie de Reims (three days, CNRS and Science à l'école) 
Training in highenergy physics for highschool physics teachers 

Training session for Académie de Versailles (three days, CNRS and Science à l'école) 
Training in highenergy physics for highschool physics teachers 

Training session for Académie de Reims (three days, CNRS and Science à l'école) 
Training in highenergy physics for highschool physics teachers 

Training session for Académie de Créteil (three days, CNRS and Science à l'école) 
Training in highenergy physics for highschool physics teachers 

Training session for Académie de Versailles (three days, CNRS and Science à l'école) 
Training in highenergy physics for highschool physics teachers 

E=mc^{2}, and then ?
(IN2P3 and CERN) 
Talk during the week of the CERN French highschool physics teachers' programme 

Training session for Académie de Créteil (three days, CNRS and Science à l'école) 
Training in highenergy physics for highschool physics teachers 

Training session for Académie de Versailles (two days, CNRS and Science à l'école) 
Training in highenergy physics for highschool physics teachers 

E=mc^{2}, and then ?
(IN2P3 and CERN) 
Talk during the week of the CERN French highschool physics teachers' programme 

The Standard Model of particle physics
(IN2P3 and Science à l'école) 
Talk during the training session for the programme Cosmos à l'école 

A tad of maths (IN2P3 and CERN)  Talk during the week of the CERN French highschool physics teachers' programme 