At first glance, measuring fully leptonic decays seems a step too far, since there is only one charged particle as a signature and no reconstructed B-decay vertex.
Recent results from LHCb and other experiments appear to challenge the assumption of lepton-flavour universality.
Experimental evidence was first reported in the 1970s, but there has been a lingering theoretical controversy about the interpretation of both states.
By studying new hadronic resonances and their excited states, light can be shed on the mechanisms governing the dynamics of the strong force.
The unitarity triangle exists in the complex plane and its area is a measure of the amount of CP violation in the Standard Model.
In recent years, several puzzling anomalies have emerged from LHCb and b-factory data, and discussion of these set the scene for a very inspiring atmosphere at the conference.
Bottomonium mesons play a special role in our understanding of hadron formation because the large quark mass allows important simplifications in the relevant theoretical calculations.
Last year, the LHCb collaboration announced the first observation of the Ξcc++ baryon, a doubly charmed particle (CERN Courier July/August 2017 p8). It was identified via the decay Ξcc++ → Λc...
On 26 April the SuperKEKB accelerator at the KEK laboratory in Japan collided its first beams of electrons and positrons, marking the start of an ambitious data-taking campaign that will allow ultrapr...
Four years ago, LHCb measured the central exclusive production (CEP) of J/ψ and ψ(2S) mesons at a centre-of-mass energy of 7 TeV (CERN Courier March 2014 p7). In CEP, two incoming protons emerge i...