Experimental efforts aim at reducing the uncertainty on the measurement of the muon anomalous magnetic moment by a factor of four in the coming years. Huge efforts are therefore under way to improve the theory prediction for this quantity where the dominant uncertainty is due to hadronic effects, in particular the hadronic vacuum polarisation. This talk reviews the remarkable theoretical and numerical progress made by the lattice QCD community in reliably predicting these effects.</p
International audienceThe standard model of particle physics describes the vast majority of experime...
We compute the vacuum polarisation on the lattice in quenched QCD using non-perturbatively improved ...
We present an update on the ongoing calculations by the Fermilab Lattice, HPQCD, and MILC Collaborat...
There exists a long standing discrepancy of around 3.5 sigma between experimental measurements and s...
International audienceAnomalous magnetic moments have guided the evolution of quantum field theory e...
In recent years, the anomalous magnetic moment of the muon has triggered a lot of activity in the la...
There exists a long standing discrepancy of around 3.5σ between experimental measurements and standa...
There exists a long standing discrepancy of around 3.5σ between experimental measurements and standa...
There exists a long standing discrepancy of around 3.5σ between experimental measurements and standa...
We give a short description of the present situation of lattice QCD simulations. We then focus on th...
We give a short description of the present situation of lattice QCD simulations. We then focus on th...
We review some of the issues that arise in attempts to compute the hadronic corrections to the muon ...
The standard model of particle physics describes the vast majority of experiments and observations i...
The persistent discrepancy of about 3.5 standard deviations between the experimental measurement and...
The persistent discrepancy of about 3.5 standard deviations between the experimental measurement and...
International audienceThe standard model of particle physics describes the vast majority of experime...
We compute the vacuum polarisation on the lattice in quenched QCD using non-perturbatively improved ...
We present an update on the ongoing calculations by the Fermilab Lattice, HPQCD, and MILC Collaborat...
There exists a long standing discrepancy of around 3.5 sigma between experimental measurements and s...
International audienceAnomalous magnetic moments have guided the evolution of quantum field theory e...
In recent years, the anomalous magnetic moment of the muon has triggered a lot of activity in the la...
There exists a long standing discrepancy of around 3.5σ between experimental measurements and standa...
There exists a long standing discrepancy of around 3.5σ between experimental measurements and standa...
There exists a long standing discrepancy of around 3.5σ between experimental measurements and standa...
We give a short description of the present situation of lattice QCD simulations. We then focus on th...
We give a short description of the present situation of lattice QCD simulations. We then focus on th...
We review some of the issues that arise in attempts to compute the hadronic corrections to the muon ...
The standard model of particle physics describes the vast majority of experiments and observations i...
The persistent discrepancy of about 3.5 standard deviations between the experimental measurement and...
The persistent discrepancy of about 3.5 standard deviations between the experimental measurement and...
International audienceThe standard model of particle physics describes the vast majority of experime...
We compute the vacuum polarisation on the lattice in quenched QCD using non-perturbatively improved ...
We present an update on the ongoing calculations by the Fermilab Lattice, HPQCD, and MILC Collaborat...