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A new high-resolution laser system is being commissioned for performing spectroscopy at the Artemis Analytical facility. This will allow us to more easily differentiate between signals from different isotopes, facilitating the measurement of trace isotope concentrations within a sample. At Artemis Analytical, our high-speed detection system is capable of measuring single atoms at a time...
Introduction Foraging has become an increasingly popular past time, the ability to find food in the wild could assist with survival but also offers an immense sense of achievement and satisfaction. It is important that the practice is carried out with care and attention to ensure that potential food sources are correctly identified. Edible mushrooms...
After months of optimisation and development work, the first set of measurements has been made using the Artemis quantum mass spectrometer. This is a huge milestone, as it demonstrates that the components of the instrument are working together as they should be. These preliminary results inform us of what needs to come next in order...
In our last article ‘Beam me Up’ we talked about how we have successfully steered a beam of ions around our new instrument. Here we discuss our next step, how we neutralise the ion beam to produce a beam of fast atoms. The Quantum Mass Spectrometer will offer highly selective separation of atoms with different...
We’re delighted to announce that we’ve reached a significant milestone on our journey to developing a new trace analysis technique. Our novel instrument exploits the interaction between a beam of ions that are accelerated through a vacuum and highly tuned lasers. Our team have successfully delivered the first ions to the end of the instrument...