Conveners
BSM
- Ingo Schienbein (Universite Joseph Fourier)
Description
BSM session
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Prof. Krishna Kumar (Stony Brook University)09/09/2015, 09:00Spin and 3-d structureOral PresentationThe EIC will reach new frontiers in accessible center-of-mass energies and polarized luminosity. These characteristics, coupled with the event topologies in collider mode, will allow exceptionally clean and precise measurements of neutral current amplitudes over a wide range of Q2 for the first time. In this talk, we discuss the new observables that would become accessible and the resulting...Go to contribution page
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Hubert Spiesberger (Mainz University)09/09/2015, 09:25Beyond the Standard ModelOral PresentationMESA, the Mainz Energy-Recovering Superconducting Accelerator, will offer the possibility to measure the scattering of polarized electrons off protons at small energies (E=155 MeV) with very high precision.The parity-violating polarization asymmetry is determined by the weak charge of the proton and offers the possibility to measure the weak mixing angle with a relative precision of...Go to contribution page
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Ms Alba Soto Ontoso (Universidad de Granada)09/09/2015, 09:50Beyond the Standard ModelOral PresentationWe present a quantitative study of the νN cross section in the neutrino energy range 10^4< E_ν < 10^14 GeV within two transversal QCD approaches: NLO DGLAP evolution using different sets of PDFs and BK small-x evolution with running coupling and kinematical corrections. We show that the non-linear effects embodied in the BK equation yield a slower raise in the cross section for E_ν>10^8...Go to contribution page
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Misha Gorshteyn (KPH Universtät Mainz)09/09/2015, 10:15Beyond the Standard ModelOral PresentationRecent measurements of the Lamb shift in muonic hydrogen led to an extracted value of the proton charge radius $R^p_{\mu H}=0.84087(39)$ deviating from that obtained with a combined electronic hydrogen spectrum and electron scattering $R^p_{eH,\,e-scatt.}=0.8775(51)$ by 7 standard deviations. This discrepancy was coined "the proton radius puzzle" and has attracted much interest both on the...Go to contribution page