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His research interests focus on Quantum Chromodynamics (QCD), the theory of the strong interactions which is part of the Standard Model of particle physics. In the field of hadron physics he contributed to studies on multiquark hadrons, chiral quark models and Skyrme models as well as on the effect of the nuclear environment on hadron properties. In the field of high energy scattering processes his group made a systematic study of the role of transverse momentum of the quarks and gluons in hadrons pointing out the way in which correlation between momenta and spins can be accessed in dedicated electroweak and hadronic scattering experiments. The studies show how the flow of color charge at the level of quarks and gluons leads to experimental signatures in analogy to the interference patterns caused by confined magnetic fields in the Aharonov-Bohm experiment. Besides providing info on hadron structure, transverse momentum dependence, often in combination with spin dependence, also provides a tool in probing new physics. This research line is also at the basis of the ERC Research Project "QCD at work", in which the focus was on the transverse momentum dependent polarized gluon distribution functions. In his career he supervised research projects involving about 20 PhD students and about 30 postdocs, since 2012 as part of the Nikhef Theory Group. Other specific research topics that have his attention are neutrino physics and the principles underlying the symmetries of the standard model of particle physics.
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PHYSICAL REVIEW Dno. 3 (2019): 034011
Journal of High Energy Physicsno. 5 (2017)
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