Dr. Danny van Dyk

Emmy Noether Research Group

Anomalien in semileptonischen B-Zerfällen als Antennen neuer Physik

Chair of Theoretical Elementary Particle Physics (T31)

Academic Career and Research Areas

Dr. van Dyk (*1982) studies the decays of short-lived b (bottom) quarks. Semileptonic b-quark decays in which a lighter quark and two leptons (e.g. electrons or heavier cousins of the electrons) are produced are the focus his studies. The precise properties of these decays can only be infered from experimental measurements with the assistance of theoretical calculations. The group of Dr. van Dyk is tasked to carry out the required calculation. The interpretation of existing and future measurements by the experiments LHCb and Belle II will permit to improve our understanding of elementary interactions at smallest distances. Dr. van Dyk studied physics at the Technische Universität Dortmund, where he got his diploma in 2009, and his PhD in 2012. Subsequently, he was employed as a postdoctoral fellow at the Universität Siegen (2012-2015) and the Universität Zürich (2015-2017). Since 2017 he is a scholar of the Emmy-Noether Programme of the German Research Foundation.


    • Emmy-Noether Stipendium der Deutschen Forschungsgemeinschaft (2017)

    Bobeth C., Chrzaszcz M., van Dyk D., Virto J.: “Long-distance effects in B→K∗ℓℓ from Analyticity”. Submitted to Physical Review Letters. 2017. 


    Beaujean, F., Chrzaszcz M., Serra, N., van Dyk D.: “Extracting Angular Observables without a Likelihood and Applications to Rare Decays”. Physical Review D. 2015; 91 (11): 114012.


    Böer P., Feldmann Th., van Dyk D.: “Angular Analysis of the Decay Λb→Λ(→Nπ)ℓ+ℓ−”. Journal of High Energy Physics. 2015, 1501: 155.


    Sentitemsu Imsong I., Khodjamirian A., Mannel Th., van Dyk D.: “Extrapolation and unitarity bounds for the B → π form factor”. Journal of High Energy Physics. 2015, 1502: 126.


    Bobeth C., Hiller G., van Dyk D.: “The Benefits of B→K∗ℓℓ Decays at Low Recoil”. Journal of High Energy Physics. 2010, 1007: 098.