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RAL R80,3.03
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​​I joined ISIS' Cryogenics Team within the Sample Environment group in 2021. I assist instrument scientists and external users in the operation of our suite of low-temperature and high-magnetic field apparatus as necessary for their experiments. In addition, I work on a number of projects for maintaining, upgrading and expanding our range of low-temperature equipment.

I have a PhD in Physics from Lancaster University where I worked extensively on the development of a new cooling technique for the cooling of electrons within nanoelectronic devices to sub-10mK temperatures. This is a field that has expanded in interest in recent years and has recently been applied by other groups to break through the 1mK barrier for the electrons in a device.

From this previous work I have particular expertise in dilution refrigerators, with liquid cryogen or closed-cycle precooling, and of superconducting magnet systems and their associated control systems. I am also experienced in helium-4 cryostats and helium-3 sorption inserts. I take great interest in the operation of highly technical devices, and hence thoroughly enjoy working with said equipment at ISIS.


Jones, A.T., Scheller, C.P., Prance, J.R. et al. Progress in Cooling Nanoelectronic Devices to Ultra-Low Temperatures. J Low Temp Phys 201, 772–802 (2020).

Bradley, D., Guénault, A., Gunnarsson, D. et al. On-chip magnetic cooling of a nanoelectronic device. Sci Rep 7, 45566 (2017).