Operational Status and Power Upgrade Prospects of the
... The neutrino experimental facility at J-PARC was built to produce the world’s highest intensity neutrino beam and to facilitate leading research into neutrino physics. Its beam power is rated at 750 kW. In 2013, the facility was operated at 230 kW, which led to the first-ever definitive observation ...
... The neutrino experimental facility at J-PARC was built to produce the world’s highest intensity neutrino beam and to facilitate leading research into neutrino physics. Its beam power is rated at 750 kW. In 2013, the facility was operated at 230 kW, which led to the first-ever definitive observation ...
gravitational interaction of fermions
... shown that if gravitational interaction is taken into account, the question whether a free neutrino is two- or four-component acquires a physical meaning. The vertex part for the interaction between fermions and the gravitational field is shown to possess properties analogous to those o£ the electro ...
... shown that if gravitational interaction is taken into account, the question whether a free neutrino is two- or four-component acquires a physical meaning. The vertex part for the interaction between fermions and the gravitational field is shown to possess properties analogous to those o£ the electro ...
DOE06Proposal25Sep2006CMS
... with precise muon identification. The detector is read out by a fast data acquisition system and allows the development of extremely complex triggering. The CMS detector was designed to provide tracking and calorimetry with high resolution and granularity over the full azimuthal angle as well as a v ...
... with precise muon identification. The detector is read out by a fast data acquisition system and allows the development of extremely complex triggering. The CMS detector was designed to provide tracking and calorimetry with high resolution and granularity over the full azimuthal angle as well as a v ...
The Standard Model of Particle Physics
... veri ed to a high degree of accuracy over a broad range of energy and processes. The SM is characterized in part by the spectrum of elementary elds shown in Table I. The matter elds are fermions and their anti-particles, with half a unit of intrinsic angular momentum, or spin. There are three fami ...
... veri ed to a high degree of accuracy over a broad range of energy and processes. The SM is characterized in part by the spectrum of elementary elds shown in Table I. The matter elds are fermions and their anti-particles, with half a unit of intrinsic angular momentum, or spin. There are three fami ...
Data Analysis and Monte Carlo Methods
... Knowledge+data updated knowledge This leads to the usual Bayes’ equation, but I prefer this derivation to the usual one in the textbooks. ...
... Knowledge+data updated knowledge This leads to the usual Bayes’ equation, but I prefer this derivation to the usual one in the textbooks. ...
K2K and JHF-nu muon monitors
... 2-5. Particle flux at each depth Muon flux: 6x107 muons /cm2/spill = 2.4x1014 muons/cm2/year at 5 GeV/c threshold (=365 cm thick Fe) (same order as LHC) electron flux: 1.2x107 particle/cm2/spill ...
... 2-5. Particle flux at each depth Muon flux: 6x107 muons /cm2/spill = 2.4x1014 muons/cm2/year at 5 GeV/c threshold (=365 cm thick Fe) (same order as LHC) electron flux: 1.2x107 particle/cm2/spill ...
Beta Decay
... The discovery of the beta decay process is credited to Lord Rutherford, who was the first to show that beta particles are electrons (for the beta-minus process). As early as 1911, Lise Meitner demonstrated that beta particles are emitted with a continuous range of energies. This seemed to violate th ...
... The discovery of the beta decay process is credited to Lord Rutherford, who was the first to show that beta particles are electrons (for the beta-minus process). As early as 1911, Lise Meitner demonstrated that beta particles are emitted with a continuous range of energies. This seemed to violate th ...
Neutrino oscillations, energy-momentum conservation and
... Used to calculate neutrino production rates and detection cross sections. If applied to neutrino production, implies that the neutrino 4-momentum p = (E, p~) can be determined from the 4-momenta of all other particles participating in the production process. E.g. for π → µ + ν decay: if 4-momenta of ...
... Used to calculate neutrino production rates and detection cross sections. If applied to neutrino production, implies that the neutrino 4-momentum p = (E, p~) can be determined from the 4-momenta of all other particles participating in the production process. E.g. for π → µ + ν decay: if 4-momenta of ...
Background Estimates of Radiative Pion and Muon
... The motivation for simulation came from a hand calculation of the amount of photon conversion. (based on geometry & physics) HEP software such as Root and Geant4 were used to create and run simulation ...
... The motivation for simulation came from a hand calculation of the amount of photon conversion. (based on geometry & physics) HEP software such as Root and Geant4 were used to create and run simulation ...
