The neutrino programme of the NA61/ SHINE experiment at the CERN SPS is aiming to deliver precise hadron production measurements for improving calculations of the initial neutrino beam flux in the long-baseline neutrino oscillation experiments. The first receiver of such measurements is the T2K neutrino oscillation project in Japan. New results on π±, K±, p, K0S and Λ production from the NA61/SHINE 2009 thin target data analyses with smaller statistical and systematic errors are discussed. They enable us to reduce further the flux uncertainties in T2K for neutrino and antineutrino beam mode. We also report on the first corrected π± results obtained for T2K replica target (a 90 cm long cylinder of 2.6 cm diameter, about 1.9λI). Up to 90% of ...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
New measurements of hadron production with a proton beam on a 2 cm carbon target at 31 GeV/c perform...
The largest source of uncertainty on the initial neutrino flux in modern accelerator neutrino ex- pe...
In order to measure neutrino oscillation parameters, long-baseline accelerator neutrino experiments ...
The T2K neutrino beam predictions require precise knowledge of the hadron production in proton-carbo...
From hypothetical particles in the 30s, neutrinos have turned into the first hint for new physics be...
Accurate modelling of the T2K neutrino flux is crucial for a better understanding of neutrino intera...
International audienceIn order to measure neutrino oscillation parameters, long-baseline accelerator...
The precise knowledge of the neutrino flux composition and kinematics is one of the biggest challeng...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
Accelerator based neutrino experiments generate their neutrino beams by impinging high energy proton...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
New measurements of hadron production with a proton beam on a 2 cm carbon target at 31 GeV/c perform...
The largest source of uncertainty on the initial neutrino flux in modern accelerator neutrino ex- pe...
In order to measure neutrino oscillation parameters, long-baseline accelerator neutrino experiments ...
The T2K neutrino beam predictions require precise knowledge of the hadron production in proton-carbo...
From hypothetical particles in the 30s, neutrinos have turned into the first hint for new physics be...
Accurate modelling of the T2K neutrino flux is crucial for a better understanding of neutrino intera...
International audienceIn order to measure neutrino oscillation parameters, long-baseline accelerator...
The precise knowledge of the neutrino flux composition and kinematics is one of the biggest challeng...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
Accelerator based neutrino experiments generate their neutrino beams by impinging high energy proton...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
International audienceThe precise knowledge of the neutrino flux composition and kinematics is one o...
New measurements of hadron production with a proton beam on a 2 cm carbon target at 31 GeV/c perform...