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CERN’s next director-general is our podcast guest
The device sustained a high-confinement plasma for over 1000 seconds
Physicists explore particle scattering at tiny length scales
Observation backs up the statistical hadronization model
Fabrication technique reduces amount of expensive isotope needed
Experimental data back-up importance of entanglement
Future studies using neutron detector could help resolve nucleon “spin crisis”
Physicists say the LHC could provide evidence to back up theoretical findings on how shapes of atomic nuclei change under extreme conditions
From the Higgs boson at CERN to nuclear reactions inside stars, who doesn’t love particle and nuclear physics? There’s so much exciting work going on in both fields, which is why we’re bringing you this new free-to-read digital issue of the Physics World Particle & Nuclear Briefing.
The SMall Aspect Ratio Tokamak operates with a 'negative triangularity' configuration
Hamish Johnston picks his favourite articles of the year
Achintya Rao reviews Unfinished Nature: Particle Physics at CERN by Arpita Roy
Simulations suggest that iterative technique could increase the energy output of direct-drive inertial confinement fusion
Two significant appointments mark a new era for global high-energy physics
New technique sits on the border of nuclear and particle physics
Different neutron states could explain why different experiments produce different figures for how long neutrons survive before decaying
Hybrid approach focuses on short-range-correlated nucleon pairs
Detection of antideuterons and antihelium could help hone dark-matter models
Tulika Bose, Philip Burrows and Tara Shears discuss proposals for the next big particle collider
Electric fields near Earth’s surface are stronger than expected
Decay rate of exotic hadron suggests it comprises five quarks
James McKenzie looks at some of the unexpected spin-offs from big science
Particle physicist Juan Pedro Ochoa-Ricoux talks about how the next generation of neutrino experiments will test the boundaries of the Standard Model
New cooling technique could help reveal physics beyond the Standard Model
Engineers and physicists have met to discuss the challenges and opportunities of building a practical fusion power plant in the UK
Maxwell's demon cooling trap measures the magnetic moment of antiprotons with higher precision than ever before
Guy Matthews says that the focus on public relations is masking the challenges of commercializing nuclear fusion