Read article 'IHEP makes the case for accelerator R&D'
China’s Institute of High Energy Physics is looking to establish an internationally recognised centre-of-excellence for accelerator research and technology development.
Read article 'AEPSHEP reinforces the talent pipeline'
The Asia-Europe-Pacific School of High-Energy Physics (AEPSHEP) provides a unique learning experience as well as lifelong connections for early-career researchers.
Read article 'Neutrinos out of the blue'
Taking shape on the Mediterranean seabed, the vast KM3NeT telescope promises to open a new vista on the neutrino’s properties.
Read article 'Charting the future of US particle physics'
The latest Snowmass community planning exercise revealed the great opportunities present in the US and the connections to programmes in the rest of the world.
Read article 'IPPOG celebrates 25 years of engagement'
What drives us to commit so much effort to outreach and public engagement? First of all, we love doing it, says chair of the International Particle Physics Outreach Group, Steve Goldfarb.
Read article 'Crystal collimation brings HL-LHC into focus'
Crystal collimation, which makes use of a phenomenon called planar channelling, is key to handling the more intense beams at Run 3 and the High-Luminosity LHC.
Read article 'Neutron science: simplifying access for industry users'
The ILL is positioning neutron science as a natural extension of industry’s R&D and innovation pipeline. Caroline Boudou and Mark Johnson share the lessons for other large-scale facilities.
Read article 'CERN’s partnerships underpin a joined-up innovation pipeline'
From equipment procurement to knowledge-transfer initiatives, Giovanni Anelli, Anders Unnervik and Marzena Lapka provide a high-level tour of CERN’s unique innovation ecosystem.
Read article 'DESY’s innovation ecosystem delivers impact for industry'
Djamschid Safi explains how big science is helping European companies to fast-track the development of innovative products, services and applications.
Read article 'From atomic to nuclear clocks'
Recent progress in understanding thorium’s nuclear structure could enable an ultra-accurate nuclear clock with applications in fundamental physics.
