Group work on ML will be presented at ML4EIC workshop
Matthew McEneaney and Connor Pecar will present their work using ML for event tagging and kinematic reconstruction at CLAS and the EIC respectively at the upcoming ML4EIC workshop.
Group description and thesis topics
As this page has not been kept up to date, but people interested in thesis work are contacting us. Therefore I thought it might be useful to share a presentation about our group I gave to the incoming Duke graduate students this year. Here is the link. Of course, please contact me for any additional […]
New review on transverse spin physics
Happy to announce our comprehensive review on transverse spin physics in semi-inclusive processes: http://inspirehep.net/record/1775754
New publication in PRD: Azimuthal asymmetries of back-to-back π±−(π0, η, π±) pairs in e+e− annihilation
journal reference: Phys. Rev. D 100, 092008
Welcome Frank Meier
Frank Meier started as a postdoctoral research associate in our group in October. His research focuses on flavor physics at the Belle II experiment. He brings rich experience from his previous experience at the University of Sydney and he also serves as the analysis tools convener for the Belle II experiment.
First observation of the the Collins effect for neutral pions and eta mesons submitted for publication
This paper is based on the thesis of Hairong Li From the abstract: This work reports the first observation of azimuthal asymmetries around the thrust axis in
Workshop picture FF2019
Thanks for a successful workshop!
Fragmentation Function Workshop at Duke
Our group is organizing an international workshop on hadronization phenomena at Duke, March 14-16, 2019. All interested are welcome to attend: https://ff2019.phy.duke.edu/
New Postdoc Christopher Dilks
Chris explored the spin structure of the proton in p+p collisions at RHIC and is now using novel probes to study quark-gluon correlations with the CLAS12 detector
First observation of Lambda polarization in e+e- published in PRL
https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.122.042001
