Latest Standard Model News

Peter Higgs was one of the greats of particle physics. He transformed what we know about the building blocks of the universe
Unlocking the secrets of the universe: new discoveries in Gravitational Waves
Latest muon measurement doubles precision
Muon g-2 doubles down with latest measurement, explores uncharted territory in search of new physics
Team detects first neutrinos made by particle collider
UWA researchers awarded $8 million in Federal funding
$3.8M NSF grant begins new era of early universe research
World’s largest particle accelerator surges back to life with record-breaking run
Higgs particle turns ten
Researchers Contribute to CDF Collaboration at Fermilab on Most Precise Ever Measurement of W Boson Mass that Tests Standard Model
New upper limit on mass of neutrinos
Black hole behind cosmic ring of dust
New era of physics uncovered by Neutrino experiment’s first results
Rising star awards for leading scientists
Multi-million dollar funding boost for UQ researchers
Big Answers from Tiny Particles
CERN experiments announce first indications of a rare Higgs boson process
ATLAS result addresses long-standing tension in Standard Model
NA62 sees first significant evidence of rare process
CMS celebrates its 2019 Thesis Award winner
Dark Matter and Multi-messenger Astrophysics 23 June
Particle physicists update strategy for future of field in Europe
Dark Matter and Multi-messenger Astrophysics
Search for new physics through multiboson production
Exploring new ways to see Higgs boson
ISOLDE scores a first with laser spectroscopy of short-lived radioactive molecules
ATLAS probes dark matter using Higgs boson
ASACUSA researchers create and study new exotic atom at PSI
Searching for matter-antimatter asymmetry in Higgs boson-top quark interaction
New LHCb analysis still sees previous intriguing results
ALPHA reports first measurements of certain quantum effects in antimatter
ATLAS releases 13 TeV open data for science education
LHCb sees new hints of odd lepton behaviour
Probing dark matter using antimatter
Thirty years of LEP’s Z0 line shape