Muon pair production through the radiative return is of importance for a measurement of the hadronic production cross section in two ways: it provides an independent calibration and it may give rise to an important background for a measurement of the pion form factor. With this motivation the Monte Carlo event generator PHOKHARA is extended to include next-to-leading order radiative corrections to the reaction e+e−→μ+μ−γ. Furthermore, virtual ISR corrections to FSR from pions are introduced, which extends the applicability of the generator into a new kinematical regime. Finally, the effect of photon vacuum polarization is introduced into this new version of the generator
The impact of final-state radiation (FSR) on the radiative return method for the extraction of the e...
To improve the accuracy of the e+e ! + Radiative Return Method, one has to control the theoretica...
The measurement of the pion form factor and, more generally, of the cross section for electron-posit...
Muon pair production through the radiative return is of importance for a measurement of the hadronic...
The measurement of the pion form factor and, more generally, of the cross section for electron–posit...
The measurement of the pion form factor and, more generally, of the cross section for electron-posit...
The energy dependence of the electron - positron hadronic cross section can be measured not only by ...
KLOE and Babar have an observed discrepancy of 2% to 5% in the invariant pion pair production cross ...
The radiative return has proven to be a competitive method for the precise measurement of the hadron...
KLOE and Babar have an observed discrepancy of 2% to 5% in the invariant pion pair production cross ...
KLOE and Babar have an observed discrepancy of 2% to 5% in the invariant pion pair production cross ...
Contributions from the reaction e+e- --> pi+pi- e+e- to the pion form factor measurement via radiati...
The radiative return offers the unique possibility for a measurement of the cross section of electro...
ABSTRACT: The precise determination of the cross section for electron-positron annihilation into had...
The Monte Carlo event generator PHOKHARA, which simulates hadron and muon production at electron-pos...
The impact of final-state radiation (FSR) on the radiative return method for the extraction of the e...
To improve the accuracy of the e+e ! + Radiative Return Method, one has to control the theoretica...
The measurement of the pion form factor and, more generally, of the cross section for electron-posit...
Muon pair production through the radiative return is of importance for a measurement of the hadronic...
The measurement of the pion form factor and, more generally, of the cross section for electron–posit...
The measurement of the pion form factor and, more generally, of the cross section for electron-posit...
The energy dependence of the electron - positron hadronic cross section can be measured not only by ...
KLOE and Babar have an observed discrepancy of 2% to 5% in the invariant pion pair production cross ...
The radiative return has proven to be a competitive method for the precise measurement of the hadron...
KLOE and Babar have an observed discrepancy of 2% to 5% in the invariant pion pair production cross ...
KLOE and Babar have an observed discrepancy of 2% to 5% in the invariant pion pair production cross ...
Contributions from the reaction e+e- --> pi+pi- e+e- to the pion form factor measurement via radiati...
The radiative return offers the unique possibility for a measurement of the cross section of electro...
ABSTRACT: The precise determination of the cross section for electron-positron annihilation into had...
The Monte Carlo event generator PHOKHARA, which simulates hadron and muon production at electron-pos...
The impact of final-state radiation (FSR) on the radiative return method for the extraction of the e...
To improve the accuracy of the e+e ! + Radiative Return Method, one has to control the theoretica...
The measurement of the pion form factor and, more generally, of the cross section for electron-posit...