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Physics World Instrumentation & Vacuum Briefing 2025

Physics World Instrumentation & Vacuum Briefing 2025

Science is done in just about every corner of the globe but many researchers lack access to the cutting-edge instrumentation available at large facilities such as synchrotron light sources and neutron-science centres. Widening this accessibility is an important theme running through this free-to-read briefing. We look at how breakthroughs in laser technology could lead to lab-scale device for a wide range of scientific, engineering and medical applications. But sometimes it is not possible to shrink facilities down and researchers have no choice but to use major labs. In this briefing, Travis Humble of Oak Ridge National Laboratory in the US explains how the facility cooperates with academics, industry and other labs to ensure that its impressive array of instruments are best used in quantum science and technology. While it is unlikely that compact antiproton sources will be available any time soon, we explore how antimatter created at CERN will soon be trucked across Europe. In medicine, making diagnostic technologies more accessible can save lives, as Panicos Kyriacou, chief scientist at the UK-based start-up Crainio, explains.

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Photo of the BASE-STEP system being transported by overhead crane through the experimental hall of the Antimatter Factory at CERN. The system is an irregularly-shaped gray box and it's suspended from a large, bright yellow crane below the hall ceiling. A hard-hatted physicist, Marcel Leonhardt, looks on while holding a tablet displaying a dashboard of parameters. research update

Protons take to the road

Plasma in a tokamak news

Fusion industry meets in London

Micronozzle particle accelerator research update

Micronozzle could give laser-driven particle accelerators a boost

The Spallation Neutron Source and Center for Nanophase Materials Sciences interview

Travis Humble from Oak Ridge’s Quantum Science Center explains how large facilities benefit from collaboration

Photo of the tiny laser research update

Tiny laser delivers high-quality, narrowband light for metrology

Detecting radioactive material research update

CO2 laser enables long-range detection of radioactive material

Penn State’s Jia-Xin Zhong research update

Isolated pockets of audible sound are created using metasurfaces

An artist's representation of the new Brillouin microscopy approach that allows entire light-sheets to interact with 3D biological samples. The artwork features neon-green sheets of light and zigzag oscillations (representing waves) intersecting purple blobs decorated with cartoon-style vibration lines (representing phonons), all against a blue background research update

Brillouin microscopy speeds up by a factor of 1000

Graphene bilayer structure research update

Quantum twisting microscope measures phason

Six people stand side-by-side in a laboratory in front of a large device that resembles a 5-foot-tall refrigerator with microscope equipment inside the top drawer research update

Laboratory-scale 3D X-ray diffraction makes its debut

Photo of a metre-long measure made from marble and embedded in the stone wall of a building in Paris. A small plaque to the left of the metre is inscribed with the words "Metre Etalon" and describes its history in French. opinion

The evolution of the metre

Fermilab's SMSPD research update

Superconducting microwires detect high-energy particles

Illustration of neutron tomography research update

Neutrons differentiate between real and fake antique coins

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