CERN Accelerating science

New ATLAS and CMS analyses place tight limits on the strength of the Higgs boson's interaction with the charm quark

The collaboration has tackled challenging supersymmetry scenarios, surpassing long-standing limits set by the LEP collider

The finding may help determine whether or not any antimatter seen by experiments in space originates from dark matter

The new detector, known as MAPP, will increase the physics reach of the MoEDAL experiment and the Large Hadron Collider

The European Committee for Future Accelerators (ECFA) has initiated a series of workshops towards a future electron-positron Higgs/EW/Top factory. The “Working Group 1: Physics Potential” (WG1) is one of the working groups in this endeavor. The Higgs/Top/EW working group aims to further develop the

A new analysis by the ALICE collaboration confirms the expected role of quark mass in the interactions of quarks with a quark–gluon plasma

With its high statistical significance, the result represents the first observation of electroweak top-quark–photon production

New results from the LHCb experiment on CP asymmetry in charmless three-body charged B meson decays include the largest CP asymmetry ever observed

Physicists at the ATLAS experiment are on the hunt for new, long-lived particles to help explain several outstanding mysteries of our Universe

The result may open doors to several lines of research in particle physics and beyond

The collaborations have set stringent new bounds on the fraction of Higgs bosons transforming into invisible particles