Read article 'LHC at 10: the physics legacy'
Read article 'LHC at 10: the physics legacy'
Though several mysteries remain, the ALICE collaboration has uncovered evidence that quark-gluon plasmas with extreme angular momenta become polarised.
The sixth conference in the series marked Spanish theorist Emilio Elizalde’s 70th birthday.
2015 Nobel-laureate Takaaki Kajita opened NuPhys19 by confirming that construction of Hyper-Kamiokande will begin this year.
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Read article 'LHC and RHIC heavy ions dovetail in Wuhan'
Quark Matter 2019 heard about new probes of the quark-gluon plasma, including first observations of the exotic hadron X(3872) and top-antitop production.
Read article 'Anomalies persist in flavour-changing B decays'
Updated measurements by LHCb of the angular distributions of a rare neutral B meson decay add fresh intrigue to the flavour puzzle.
Read article 'Renewed doubt cast on origin of fast radio bursts'
Researchers trace second repeating fast radio burst to ordinary galaxy, suggesting that extreme environments are not required.
Read article '50 years of the GIM mechanism'
A symposium to celebrate the fiftieth anniversary of Glashow, Iliopoulos and Maiani's explanation of the suppression of strangeness-changing neutral currents was held in Shanghai.
Read article 'Astroparticle physicists head down under'
Wide-ranging discussions at TeVPA featured the DAMA signal, GeV gamma rays from the galactic centre, the 21 cm radio line, AMS's positron excess and a host of cosmic messengers.
Read article 'Space–time symmetries scrutinised in Indiana'
The Standard-Model Extension provides a framework for testing CPT and Lorentz symmetries by including all operators that break them in an effective field theory.
Read article 'Crisis for cosmology?'
A new fit to Planck’s 2018 data release exchanges an anomalously large lensing amplitude for a higher energy density, thereby inferring a closed universe.
Read article 'More plasma quenching seen in wide jets'
The quark-gluon plasma has a characteristic angular scale below which high-momentum shower components are not resolved, but interact as a single partonic fragment.
Read article 'Opening gambit for LHCb in the Vcb puzzle'
The world average using inclusive b-hadron decays to a c hadron and a charged lepton differs from exclusive semileptonic B decays by three standard deviations.
Read article 'Crystal calorimeter hones Higgs mass'
This is the most precise measurement so far of a parameter with implications for the stability of the vacuum.
Read article 'Learning to love anomalies'
The 2020s will sort current anomalies in fundamental physics into discoveries or phantoms, says Ben Allanach.
Read article 'Beauty baryons strike again'
The LHCb experiment has observed new beauty-baryon states, consistent with theoretical expectations for excited Ωb− baryons.
