People
Staff
Robert Fleischer (head of group)
Flavour physics and CP violation as probes for new physics. |
Gideon Koekoek [Maastricht]
Application of quantum computing for investigating gravitational wave signals. Outreach for gravitational waves in NL and Europe. |
Eric Laenen [Nikhef/UvA/UU]
Phenomenology of the Standard Model, especially Quantum Chromodynamics. |
Marieke Postma
Early universe implications for particle physics. |
Juan Rojo [VU]
Quantum Chromodynamics and LHC phenomenology, proton structure, effective field theories, and Higgs boson physics. |
Wouter Waalewijn [UvA]
Higgs physics, jets, effective field theories, factorization and resummation. |
Keri Vos [Maastricht]
Flavour physics and CP violation within the Standard Model and beyond. |
Jordy de Vries [UvA]
Beyond-the-Standard Model, effective field theories, fundamental symmetries, neutrinos. |
Susanne Westhoff [RU]
Effective Field Theories, Long-lived particles, Dark Matter |
Beatrice Bonga [RU]
Gravitational waves, Black holes, Resonances, Cosmological constant, Quantum field theory on curved spacetime |
Wilke van der Schee [UU & CERN]
Heavy ion collisions, quark-gluon plasma, relativistic hydrodynamics and gauge/gravity duality |
Melissa van Beekveld
Phenomenology at the LHC, quantum chromodynamics, resummation, parton showers, machine learning |
Postdocs
Tanjona Rabemananjara
Quantum Chromodynamics. Parton Distribution Functions. Resummation. Machine Learning for Particle Physics. |
Johannes Michel
Effective field theories, precision QCD, LHC & EIC phenomenology |
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Tommaso Giani
Parton distributions, Lattice QCD, Standard Model Effective Field Theory |
Ankita Budhraja |
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Maximilian Attems |
Juraj Klaric |
PhD candidates
Guanghui Zhou
Searching for sterile neutrinos via neutrinoless double beta decay, LHC and cosmology in the framework of standard model effective field theory. |
Carolina da Silva Bolognani
Flavour physics. |
Ruben Jaarsma
Flavour physics. |
Giacomo Magni
Standard Model Effective Field Theory, parton distribution functions with the NNPDF Collaboration. |
Anders Rehult
Flavor physics. |
Pieter Braat
Dark Matter from cosmological observables. |
Max Jaarsma
Parton physics on the lattice. |
Jelle Groot
Flavour Physics |
Eleftheria Malami
Flavour Physics |
Heleen Mulder
Beyond the SM physics, CP violation, SMEFT, neutrino physics, axion physics |
Jaco ter Hoeve
Standard Model Effective Field Theory, machine learning in particle physics and beyond. |
Coenraad Marinissen
Higher order calculations in Quantum Chromodynamics. |
Robin van Bijleveld
Perturbative QCD, higher order calculations, resummation, factorisation. |
Mila Keijer
Flavour physics, effective field theory |
Anh Vu Phan
Particle phenomenology, dark matter, BSM physics. |
Vaisakh Plakkot
BSM phenomenology using EFT techniques, sterile neutrinos and axions |
Tommaso Saracco
Infrared structure of Quantum Chromodynamics: LP and NLP resummation, high-order calculations, phenomenology. |
Tanishq Sharma
Fragmentation and parton distribution functions using Machine Learning (Visiting PhD student from the University of Torino) |
Rens Verkade
Flavour physics, Heavy Quark Expansion, Vcb puzzle |
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Master students
Eva Groenedijk
High energy neutrinos at the LHC and QCD in extreme regimes |
Valentina Schultze Sanchez
High energy neutrinos at the LHC and far-forward neutrino scattering |
Toon Hasenack [UU]
A Machine Learning analysis of polarised proton substructure |
Jaime del Palacio Lirola
Flavour physics |
Martijn van Hamersveld
Flavour physics |
J. Bryant Hall [UvA]
Flavour physics |
Dimitrios Daskalas [UU]
Perturbative QCD, next-to-leading power studies |
Gijs van Seeventer [UU]
Precise predictions for polarise high-energy collisions |
Carlotta Casi [UU]
Perturbative QCD, next-to-leading power studies |
Nora Locht
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Epameinondas Chasapis
QCD |
Tim Kortekaas
Flavour physics and rare B decays |
Emeriti
Jan-Willem van Holten
Classical and quantum gravity, cosmology and supersymmetry. |
Piet Mulders [VU]
Quantum Chromodynamics with emphasis on the quark and gluon polarization in hadrons. |
Bert Schellekens
String theory, and especially the landscape of string theory vacua. |
Jos Vermaseren
Phenomenology and methodology of Perturbative Quantum Field Theory, in particular QCD. I am also in charge of FORM. |
Bernard de Wit
String theory, supergravity, black hole thermodynamics. |
Regular Guests
Beatriz Gato Rivera
Particle Physics, Quantum Physics and Gravitation. |
Jorinde van den Vis
Particle cosmology, Higgs boson, cosmological phase transitions, gravitational waves, matter-antimatter asymmetry, inflation. |
Andreas Vogt
Higher order QCD calculations. |
Chris Korthals-Altes
QCD plasma, theory and phenomenology. |
