

Searches for new physics at Run 3 will bring significant gains in sensitivity beyond the benefit provided by the increased amount of data.
Could the historical role of flavour measurements in elucidating new-particle discoveries be about to repeat itself at the LHC?
Precision measurements in Run 3 can act as a gateway to new discoveries explains Abideh Jafari.
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ALICE explores the rapid expansion of the QGP under large pressure gradients.
ATLAS excludes the hypothesis that the Higgs-boson interaction with charm quarks is stronger than or equal to the interaction with bottom quarks at 95% confidence level.
Studies of proton-gas collisions at the LHC enable a deeper understanding of the antiproton flux in cosmic rays.
Standing 7σ above the Standard Model prediction, the CDF collaboration's measurement of the mass of the W boson upsets decades of steady convergence between experiment and theory.
Events containing high-mass dijet resonances can originate from Standard Model processes, but those are expected to be extremely rare says the collaboration.
A new machine-learning analysis has allowed CMS to search for boosted HH production in the four-bottom-quark final state.
ATLAS has set tight constraints on potential new-physics contributions to di-Higgs production.
The ALICE collaboration has used ultrarelativistic nuclear collisions to test the limits of hadronisation.
Precise measurements of the Z-boson production cross section by LHCb provide an implicit test of quantum chromodynamics.
Despite it being our galactic home, many open questions remain about the origin and evolution of the Milky Way.
The existence of heavy neutral leptons could solve the key observational shortcomings of the Standard Model, and such particles might be within reach of current and proposed experi...
In addition to studying galaxy formation, the James Webb Space Telescope will deepen our understanding of dark matter and dark energy.