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Physics World Instrumentation & Vacuum Briefing 2023

Physics World Instrumentation & Vacuum Briefing 2023

Plastics have fundamentally changed how things are manufactured and packaged, but they carry a high cost in terms of pollution. Some scientists believe that the future lies with wood. We look at how Sweden’s Treesearch consortium is using a range of analytical tools to develop and characterize new wood-based materials. We also learn about the materials-characterization capabilities of the Waterloo Advanced Technology Laboratory (WATLab) in Waterloo, Canada and what it can offer to its academic and industrial users. In this issue we describe how a magnetically levitated oscillator could soon join the hunt for dark matter, and how the first direct measurement has been made of the fine structure constant, which defines the strength of the electromagnetic interaction. And we take a look at how the additive manufacturing technique of 3D printing has been used to create a tiny vacuum pump that could be used to create portable mass spectrometers for use in remote locations.

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Sweden’s MAX IV synchrotron radiation facility feature

Shedding light on forest materials: synchrotron science holds the key

Andrew Yacoot list

The evolution of scientific measurement

Nina Heinig interview

Materials characterization and fabrication centre

research update

First direct measurement of the fine structure constant

Jamie Boyd list

FASER searches for dark photons

ISOLDE at CERN research update

Photons from nuclear clock transition finally seen

Photo of Zhe He and Lihong Wang in the lab. Both men wear laser safety goggles, and bright splotches of red and green laser light illuminate optics in an otherwise darkened foreground research update

Quantum entanglement doubles microscope resolution

Artistic representation showing how an image is created using the newly developed method. Two colours – green and magenta – are emitted by fluorescing atoms in the sample (left) due to X-ray excitation research update

Colour X-ray imaging

Photo of a silica nanoparticle levitating in a vacuum system. The nanoparticle looks like a tiny green dot between two much larger shiny metal objects research update

Tracking levitated nanoparticles

Attosecond electrons research update

Attosecond electron pulses

Sandro Kraemer list

Nuclear clocks

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