Conveners
EW-tt: 1
- Xiaohui Liu (Beijing Normal University)
- Alessandro Vicini (University of Milano)
- Giovanni Pelliccioli (Max Planck Inst.)
- xiao-gang he (Shanghai Jiao Tong University)
- Xiaohu SUN (Peking University)
EW-tt: 2
- Xiaohu SUN (Peking University)
- Xiaohui Liu (Beijing Normal University)
- Giovanni Pelliccioli (Max Planck Inst.)
- Alessandro Vicini (University of Milano)
- xiao-gang he (Shanghai Jiao Tong University)
Description
15+5
15+5
Explicit solutions of DGLAP evolution equations in pure QED are presented. Unpolarized QED parton distribution functions in electron are calculated in the next-to-leading order logarithmic approximation. The QED PDFs are applied to describe higher-order initial state radiative corrections to electron-positron annihilation into a virtual photon or Z boson. Numerical results are shown for the...
We present high precision calculations of small-angle
Bhabha scattering for CEPC luminosity measurements.
Using the ReneSANCe generator we performed
complete 1-loop electroweak calculations
including polarization effects. A unique feature
of ReneSANCe generator is the possibility
to generate Bhabha events with electron
scattering angles down to zero.
This has important consequences for...
We present an update of the ReneSANCe Monte Carlo event generator.
The generator takes into account the complete one-loop electroweak (EW) corrections, higher order QED corrections in the leading logarithm approximation and some higher order EW corrections to processes at $e^+e^-$ colliders with finite masses and arbitrary polarizations of initial and final particles. ReneSANCe is...
