from 29 May 2014 to 3 June 2014
Auditorium Maximum
Europe/Warsaw timezone
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Parallel Session B1

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Location: Auditorium Maximum
Date: 30 May 15:00 - 16:20

Timetable | Contribution List

Displaying 4 contributions out of 4
Type: parallel talk Session: Parallel Session B1
We present results based on our new paper [1]. The amplitude for $\gamma p \to V p$ is calculated in a pQCD $k_{T}$-factorization approach. The coresponding total cross section for different unintegrated gluon distributions is calculated and compared with new HERA data for photon-proton collisions. We also compare the total cross section for $\gamma p \to V p$ reaction with recent data extracted b ... More
Presented by Anna CISEK on 30/5/2014 at 13:20
Type: parallel talk Session: Parallel Session B1
The latest years have seen a resurrection of interest in searches for exotic states motivated by tantalising observations by Belle and CDF. Using the data collected at pp collisions at 7 and 8 TeV by the LHCb experiment we present studies of the $X(3872)$ properties including its decay rate to $\psi(2S)\gamma$, as well as recent studies of putative states such as the $Z(4430)^+$.
Presented by Michal KREPS on 30/5/2014 at 13:40
Type: parallel talk Session: Parallel Session B1
We present evidence of associated vector boson+prompt $J/\psi$ production and measure its production rate. This is a key observable to further the understanding of quarkonium production mechanisms. We estimate the relative contributions to the signal from single and double parton scattering and discuss possible implications of this novel final state for study of multiple parton interactions. Singl ... More
Presented by Stefanos LEONTSINIS on 30/5/2014 at 14:00
Type: parallel talk Session: Parallel Session B1
The BaBar Collaboration has an intensive program studying the hadronic cross section at low-energy $e^+e^-$ collisions, accessible at BaBar via initial-state radiation (ISR). These measurements allow significant improvements in the accuracy of the predicted value of the muon anomalous magnetic moment, which is necessary for shedding light on the current ~3.5 sigma difference between prediction and ... More
Presented by Evgeny SOLODOV on 30/5/2014 at 13:00
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