Oxford Centre for High Energy Density Science (OxCHEDS)

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Hydrodynamic, Optically-Field-Ionized (HOFI) Plasma Channels

(2018)

Authors:

Robert Shalloo, Christopher Arran, Laura Corner, James Holloway, Jakob Jonnerby, Roman Walczak, Howard Milchberg, Simon Hooker
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Evolution of the Design and Fabrication of Astrophysics Targets for Turbulent Dynamo (TDYNO) Experiments on OMEGA

FUSION SCIENCE AND TECHNOLOGY 73:3 (2018) 434-445

Authors:

SA Muller, DN Kaczala, HM Abu-Shawareb, EL Alfonso, LC Carlson, M Mauldin, P Fitzsimmons, D Lamb, P Tzeferacos, L Chen, G Gregori, A Rigby, A Bott, TG White, D Froula, J Katz
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Kr environments in a feldspathic glass and melt: a high pressure, high temperature X-ray absorption study.

Chemical Geology 493, pp 525-531.

Authors:

Crépisson C., Sanloup C., Cormier L., Blanchard M., Hudspeth J., Rosa A., Irifune T., Mathon O.

Abstract:

New constraints on Xe incorporation mechanisms in olivine from first-principles calculations

Geochimica et Cosmochimica Acta 222, pp 146-155.

Authors:

Crépisson C., Blanchard M., Lazzeri M., Balan E., Sanloup C.

Abstract:

Axion particle production in a laser-induced dynamical spacetime

Physics Letters B Elsevier 777 (2017) 388-393

Authors:

M Wadud, B King, R Bingham, Gianluca Gregori

Abstract:

We consider the dynamics of a charged particle (e.g., an electron) oscillating in a laser field in flat spacetime and describe it in terms of the variable mass metric. By applying Einstein’s equivalence principle, we show that, after representing the electron motion in a time-dependent manner, the variable mass metric takes the form of the Friedmann–Lemaître–Robertson–Walker metric. We quantize a pseudoscalar field in this spacetime and derive the production rate of electrically neutral, spinless particles. We show that this approach can provide an alternative experimental method to axion searches.
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