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International Master on Advanced methods in Particle Physics

Internships

    Organisation of the Master’s projects 

    Here you can find the most important aspects of the organisation of the Master’s projects and the final examination.

    Please see the Examination Regulations for official rules and regulations.  

    Proposals 

    Click here for the current proposals.  

    Admission to Master’s projects 

    • The third semester offers plenty of opportunities to get in touch with researchers, universities, and institutions regarding potential internship projects. Once a topic is chosen, it is important to define a supervisor from the institution where you will conduct the research. Please also discuss the organisation with him or her, e.g. travel to the institution, visa requirements, financial support, etc. 
    • The supervisor should act as the first referee. The second referee should come from one of the three universities (Bologna, Clermont, Dortmund). 
      • You are obliged to fill out an admission form for the Master’s thesis. It is available on request by e-mail from the examination office (pruefungsverwaltung-physik@tu-dortmund.de). The admission requirements are the collection of at least 84 CP.
      • The definition of a thesis project and a supervisor / first referee. 
      • The suggestion of a second referee.
      • You must choose one of the following elective modules on the admission form, depending on where you conduct the Master’s project: o Preparation for the final examination → research conducted at any French, Italian or German university.
      • Preparation abroad for the final examination → research conducted at any university outside France, Italy and Germany.
      • In preparation for the final examination, → internship is conducted at any company or research institution in Italy, France or Germany. Research institutions are, for example, DESY, Max Planck Institute for Physics, INFN, IN2P3, etc., i.e., any lab independent of the universities. 
      • Internship abroad in preparation for the final examination → internship conducted at any company or research institution outside France, Italy, and Germany, e.g. TRIUMF in Canada and BNL in the US. Etc.
      • It is also necessary to sign a supervision agreement with your supervisor. The supervision agreement has to be sent to the head of the examination board (currently Kevin Kröninger). 

    Master’s thesis 

    • The Master’s project will last six months (maximum). It will conclude with a written Master’s thesis, which has to be submitted within the duration of the Master’s project. 
    • Upon justified application, the examination board can grant an extension of up to four weeks to complete the Master’s thesis. 
    • If the Master’s thesis has not been successfully completed, it can only be repeated once and with a new topic. However, it is possible to change the subject of the Master’s thesis within the first two weeks. 
    • The thesis should have a length of approximately 60 pages. Additional appendices are possible. 
    • The thesis must be submitted via the online portal ExaBase at TU Dortmund University: https://webapps.itmc.tu-dortmund.de/webapps/prod/dev/exabase/ 

    Final exams 

    • The primary session of final exams will occur at the end of the summer term (September 30th). It will be held in presence, usually at one of the three universities. In exceptional cases, participation via ZOOM is possible. 
    • A second final session will be offered via Zoom early in December for those who missed the primary session. Be aware that you will have to enrol for an additional semester and pay fees for this additional semester. The same holds true if you still have to collect credits for other modules. 
    • The final examination comprises a presentation about the internship (about 20 minutes) and a discussion (about 15 minutes). The examination will be conducted by a jury of teachers from all three universities. The grades will be announced after all examinations are completed. 
    • The Master’s thesis has to be submitted at least two weeks before the final examination. 
    • To participate in the final examination at the end of the summer term, it is advisable to start the Master’s project in February or at the beginning of March at the latest. You must hand in your thesis on September 15th at the latest. 

    Grading 

    • The two referees will grade the Master’s thesis. The grade of the Master’s thesis is formed from the arithmetic mean of the two individual grades (see Section 22 of the Examination Regulations). The thesis will be counted with 18 CP. 
    • The jury will grade the final examination. It will be counted with 12 CP. 

    Intership opportunities

    TITLESUPERVISORSCONTACTAREA OF RESEARCH

    Study of the LHCb calorimeter for High-Luminosity phase

    Vincent Tisserand

    Valeriia Zhovkovska

    vincent.tisserand@clermont.in2p3.fr

    Time-dependent analysis of charmless three-body decays with the LHCb Run II data

    Stéphane Monteil

    Simon Akar

    monteil@in2p3.fr

    FCC-ee @ Clermont — Study of the electroweak properties of the \tau Lepton

    Stéphane Monteil

    Romain Madar

    monteil@in2p3.fr

    Relational deep learning for LHCb reconstruction and identification

    Simon Akar

    simon.akar@cern.ch

    Searching for Quirks with the ATLAS experiment

    Louie Corpe

    lcorpe@cern.ch

    Active Anomaly Detection in the Euclid Satellite data

    Emille Ishida

    emille.ishida@clermont.in2p3.fr

    Study of Charmless three-body decays of b-flavoured hadrons featuring a neutral pion in the final state (LHCb Run III data)

    Clotilde Lemettais

    Stéphane Monteil

    clotilde.lemettais@clermont.in2p3.fr

    Dalitz-plot analyses of charmless three-body decays

    Improving Flavour Tagging performance using Deep Learning

    Vertex reconstruction and combinatorial optimisation in high-luminosity conditions

    Simon Akar,

    Stéphane Monteil,

    Vincent Tisserand

    simon.akar@clermont.in2p3.fr

    monteil@in2p3.fr

    vincent.tisserand@clermont.in2p3.fr

    Machine-learning–based reinterpretation of an ATLAS search for Axion-like particles

    Louie Corpe,

    A. Haddad

    lcorpe@cern.ch

    Three-body and quasi-two-body Radiative decays of B mesons with LHCb

    Olivier Deschamps

    odescham@in2p3.fr

    Introduction to low-scale models of neutrino mass generation and their associated phenomenology

    Ana M. Teixeira,

    Salvador Rosauro-Alcaraz

    ana.teixeira@clermont.in2p3.fr

    Dark Energy measurement with SNe Ia in LSST

    Philippe Gris

    philippe.gris@clermont.in2p3.fr

    Building a new event classifier to unravel the QCD properties of hadronic matter with event generators

    Tulika Tripathy,

    Sarah Porteboeuf Houssais

    tulika.tripathy@clermont.in2p3.fr,

    sarah@clermont.in2p3.fr

    Dark matter: models and cosmic abundance

    Andreas Goudelis,

    Thomas Reggio

    andreas.goudelis@clermont.in2p3.fr,

    thomas.reggio@clermont.in2p3.fr

    Preparing for the kinematic dipole measurement with LSST

    Johan Cohen-Tanugi

    johann.cohen-tanugi@clermont.in2p3.fr

    Search for the coherent neutrinoless transition of a muon to an electron in a muonic atom with the COMET experiment at J-PARC

    Cristina Cârloganu

    Cristina.Carloganu@clermont.in2p3.fr

    Searching for the Unknown – a first look to Rubin alerts in an ever changing sky

    Emmanuel Gangler

    emmanuel.gangler@clermont.in2p3.fr

    Improvement of the GATE MARIM database for dose assessment in microorganisms exposed to artificial alpha radioactivity

    Lydia Maigne, Emmanuel Busato

    Lydia.Maigne@clermont.in2p3.fr, Emmanuel.Busato@clermont.in2p3.fr

    Searching for long-lived particles associated to top quarks with the ATLAS detector at the LHC

    Louie Corpe, Marion Missio

    lcorpe@cern.ch
    Atlas,Top quark physics, LHC
    TITLESUPERVISORSCONTACTAREA OF RESEARCH


    Data/MC comparisons of jet-level variables in ATLAS
    Jet definition studies for the HL-LHC

    Chris Malena Delitzsch

    chris.delitzsch@tu-dortmund.de


    NNLO corrections matched to parton showers for multi-photon processes at the LHC
    Quark-mass effects in Higgs-boson production at NNLO


    Marius Wiesemann

    marius.wiesemann@tu-dortmund.de


    LHCb Uprgrade 2: Wafer-probing of MightyPix2 first tests, integration into MARS Firmware and Software
    LHCb Upgrade 2: Mighty Pixel Module development

    Lukas Witola

    lukas.witola@tu-dortmund.de

    Charmed and strange particles at LHC and in the atmosphere

    Johannes Albrecht

    Felix Riehn

    Theodor Zies

    felix.riehn@tu-dortmund.de

    INSIGHT straw detector module

    Fuat Üstüner

    fuat.uestuener@tu-dortmund.de

    LHCb Upgrdae 2: Mighty Tracker simulation for descoping studies

    Donata Osthues

    Dirk Wiedner

    donata.osthues@tu-dortmund.de

    R&D for segmented diamond sensors

    Dirk Wiedner

    Nick Oldman

    dirk.wiedner@tu-dortmund.de

    Charming physics at the LHCb experiment

    Carolina Bolognani

    carolina.bolognani@tu-dortmund.de

    Studies with boosted jets – 4 possible project ideas

    Amartya Rej

    amartya.rej@tu-dortmund.de

    End-to-end optimization of the IceCube-Gen2 neutrino telescope with differential programming

    Measurement of the LPM effect through radio flashes from in-ice neutrino interactions

    Christian Glaser

    christian.glaser@tu-dortmund.de

    Neutrino Physics

    Exploring flavour physics at FCCee

    Measuring partice-antiparticle asymmetries in charm decays at LHCb

    Dominik Mitzel

    dominik.mitzel@tu-dortmund.de

    Testing statistical methods for a top-quark mass measurement

    Andrea Knue
    andrea.knue@tu-dortmund.de

    Development and tests of local support structures for the INSIGHT experiment
    Development and tests of the cooling system for the INSIGHT experiment
    Characterization of first active strip detector prototypes
    Transfer learning from macroscopic dose predictors to SFRT

    Jens Weingarten
    jens.weingarten@tu-dortmund.de

    Detector studies, LHC, Atlas

    Implementation of an MCMC sampling algorithm for improving event generation efficiency

    Cornelius Grunwald

    cornelius.grunwald@tu-dortmund.de

    Phenomenology, Flavour Physics

    Study of background contributions for LFU measurements with rare decays with Run 3 LHCb data 

    Johannes Albrecht

    Alessandro Scarabotto

    biljana.mitreska@cern.ch

    Flavour Physics, Lepton Flavour Universality, LHC, LHCb

    First look at strangeness production in Oxygen collisions with LHCb

    Tune charm production in CR event generators to LHCb

    Johannes Albrecht, Felix Riehn

    Johannes.Albrecht@cern.ch

    felix.riehn@tu-dortmund.de

    Flavour Physics, LHC, LHCb

    GPU-optimised reconstruction algorithms for the LHCb trigger

    Alessandro Scarabotto

    alessandro.scarabotto@cern.ch

    Real data analysis, LHC, LHCb

    Module design and validation for the LHCb MightyTracker

    Design of a diamond detector system for clinical applications

    Johannes Albrecht, Dirk Wiedner
    dirk.wiedner@tu-dortmund.de

    Detector studies, LHC, LHCb

    Searching for the very rare decay B2ee with the LHCb Upgrade

    Search for Lepton Flavor Violation in tau23mu decays with the LHCb Upgrade

    Distentangling Bs2mumu and Bd2mumu to corner New Physics

    Does hadronisation require a quantum-mechanical description?

    Mick Mulder

    Johannes Ablrecht

    mick.mulder@cern.ch

    Detector studies, LHC, LHCb

    Straw detectors for Axion Searches
    Machine Learning Characterization of Neutron Stars
    Primordial Black Holes and Dark Matter
    Axion searches in the THz regime with Resonant Cavities
    Ultra-Low Background Techniques for Axion Searches

    Jaime Ruz

    Jaime.Ruz@tu-dortmund.de

    Astrophysics, Dark Matter, Detector physiscs, simulation


    Axion Emission from White Dwarf Binaries
    The High-Transparency Hint Observed with MAGIC

    Julia Vogel

    Julia.Vogel@tu-dortmund.de

    Astrophysics, Dark Matter, Detector physiscs, simulation
    TITLESUPERVISORCONTACTAREA OF RESEARCH


    ResQnn: an quantum reservoir NN proof of concept for hybrid fast calo simulation in ATLAS
    General-Purpose AI for High-Energy Physics using Scientific Foundation Models approach

    Matteo Franchini
    matteo.franchini5@unibo.it

    WIMP (or neutrino) search with the XENONnT Dark Matter Experiment

    Marco Selvi

    selvi@bo.infn.it

    Characaterization of Sapphire particle detectors for High Energy Physics

    Federico Lasagni Manghi

    lasagni@bo.infn.it

    Study of the D^+ -> pi^+pi^0 Decay and Its Implications for Charm Physics

    Federico Betti

    Angelo Carbone

    Angelo Di Canto

    angelo.carbone@unibo.it

    Exploring novel techniques to measure CP violation in D0->hh decays

    Federico Betti

    federico.betti@bo.infn.it

    Quantum Information Probes of New Physics at the LHC

    Federica Fabbri

    federica.fabbri26@unibo.it

    Displaced muons performance and/or search for charged long-lived exotic particles decaying to muons with the CMS detector

    Alessandra Fanfani 

    Carlo Battilana

    Leonardo Lunerti

    Marco Cruciani

    alessandra.fanfani2@unibo.it

    Neutron induced reaction cross section at n_TOF

    Cristian Massimi

    cristian.massimi@unibo.it

    Photon-polarization measurements in radiative charm decays at LHCb

    Angelo Di Canto

    angelo.dicanto@unibo.it

    FPGA-Based Real-Time Measurement Systems Using Microchip PolarFire Devices for PicoCal – LHCb applications in Upgrade-II

    Angelo Carbone

    Fabio Ferrari

    angelo.carbone@unibo.it

    Cosmic Ray Physics with the Alpha Magnetic Spectrometer on the International Space Station

    Alberto Oliva

    alberto.oliva@bo.infn.it

    Antinuclei production in high-energy interactions

    Beautiful antinuclei

    Francesca Bellini

    f.bellini@unibo.it

    Astroparticle Physics with the KM3NeT Neutrino Telescope

    Giulia Illuminati

    giulia.illuminati@bo.infn.it

    Astroparticle Physics, Neutrino Physics, KM3NeT

    Hunting long-lived charged particle in ATLAS: ionisation and time-of-flight signatures

    Unveiling precision hadronic calorimetry: analysis of 2025 test beam data from a dual-readout calorimeter

    Building the foundations of IDEA: reconstruction algorithms for FCC

    Iacopo Vivarelli 
    iacopo.vivarelli@unibo.it

    High-PT physics, Detector simulation, LHC, FCC-ee Atlas

    TITLESUPERVISORCONTACT AREA OF RESEARCHINSTITUTION

    Quantum Entanglement Measurement in the Higgs Sector (H→WW) Using the ATLAS Detector at CERN
    Top-Higgs Yukawa Coupling Measurement Using the ATLAS Detector at CERN
    Search for New Particles Using Machine Learning with the ATLAS Detector at CERN

    Andre Sopczak
    andre.sopczak@cern.ch
    High-PT, Machine Learning, LHC, Atlas
    Czech Technical University in Prague (Czech Republic)

    Probing matter–antimatter differences in b-> c ell nu at LHCb, enabled by full event interpretation and simulation-based inference

    Abhijit Mathad

    amathad@cern.ch

    CERN-Geneva (Switzerland)

    Constraining BSM physics in c -> d l^+ nu transitions

    Phenomenology of four lepton interactions at hi and lo pt

    Gudrun Hiller

    gudrun.hiller@cern.ch

    CERN-Geneva (Switzerland)

    TITLESUPERVISORCONTACT AREA OF RESEARCHINSTITUTION

    Help Shape Next-Generation Particle Detectors: Advanced Photosensor Characterization at BNL

    Thomas Ullrich

    Brian Page

    thomas.ullrich@bnl.gov

    bpage@bnl.gov

    Brookhaven National Laboratory (USA)

    Characterization of a novel light-trap photon detector for liquid argon neutrino experiments at BNL

    Jay Hyun Jo

    jjo@bnl.gov

    Brookhaven National Laboratory (USA)

    ATLAS Silicon Tracker Upgrade: Electrical & DAQ Characterization at BNL

    Alessandro Tricoli

    atricoli@bnl.gov

    Brookhaven National Laboratory (USA)

    Magnetic Field Mapping and Control for Neutron Electric Dipole Moment Measurements

    Noah Yazdandoost

    nkhosravi@triumf.ca

    TRIUMF (Canada)

    Search for baryon-antibaryon oscillations with data from the LHCb experiment

    Ulrik Egede

    ulrik.egede@monash.edu

    MONASH University (Australia)

    Detector R&D for an ultra-low mass carbon fiber wire based drift chamber

    Full Quantum Tomography in ttbar dilepton                events

    Quantum Machine Learning in HEP and Applied Physics (Industry applications)
    Searches for new physics by leveraging Quantum Observables & EFT methods in ttbar events
    Optimized Quantum Tomography observables for BSM searches
    Favor tagging at the future FCC-ee in electroweak sector & carbon-fiber wire chamber detector development
    Leverage ML/AI for ttbar quantum tomography in ttbar or Higgs final states
    Quantum Algorithms for HEP and private sector applications

    Andreas Jung Caden Glenn

    Andreas Jung,  Juan Quirros

    Andreas Jung, Myron Tadros
    Andreas Jung, Santosh Bhandari
    Andy Jung, Angelo Arisi
    Andy Jung, Caden Glenn
    Andy Jung, Juan Duarte
    Andy Jung, Noah Singer

    anjung@purdue.edu

    EFT, top quark, LHC, CMS

    Purdue University (USA)