Portable source could produce high-energy muon beams
Research could lead to ultracompact muon sources for applications such as tomography
Read article: Portable source could produce high-energy muon beams
Read article: Portable source could produce high-energy muon beams
Radioactive BEC could form a ‘superradiant neutrino laser’
Physicists plan to test idea in the lab
Read article: Radioactive BEC could form a ‘superradiant neutrino laser’
High-quality muon beam holds promise for future collider
Record-breaking 100 keV beam could enable next-generation experiments
Read article: High-quality muon beam holds promise for future collider
Sterile neutrinos are a no-show (again)
Hypothetical fourth neutrino flavour is absent from new data from Fermilab's NOvA experiment
Read article: Sterile neutrinos are a no-show (again)
Atomic anomaly explained without recourse to hypothetical ‘dark force’
Effect observed in 2020 arises from changes in nuclear structure, not new physics
Read article: Atomic anomaly explained without recourse to hypothetical ‘dark force’
Ultrahigh-energy neutrino detection opens a new window on the universe
Particle could have been created by a blazar or a cosmic collision
Read article: Ultrahigh-energy neutrino detection opens a new window on the universe
New class of quasiparticle appears in bilayer graphene
"Fractional excitons" form in 2D carbon structure at high magnetic fields
Read article: New class of quasiparticle appears in bilayer graphene
String theory may be inevitable as a unified theory of physics, calculations suggest
Physicists explore particle scattering at tiny length scales
Read article: String theory may be inevitable as a unified theory of physics, calculations suggest
Positronium gas is laser-cooled to one degree above absolute zero
New cooling technique could help reveal physics beyond the Standard Model
Read article: Positronium gas is laser-cooled to one degree above absolute zero
Improved antiproton trap could shed more light on antimatter-matter asymmetry
Maxwell's demon cooling trap measures the magnetic moment of antiprotons with higher precision than ever before
Read article: Improved antiproton trap could shed more light on antimatter-matter asymmetry
