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Between Light and Matter

Between Light and Matter

Optofluidic hollow-core photonic crystal fibres (HC-PCF) allow light to be guided at the centre of a microfluidic channel, maximizing its interaction with liquids and particles. This system offers unique opportunities to study photochemical reactions by absorption spectroscopy in order to improve the efficiency of the photocatalytic reaction necessary to generate alternative fuels.
— Philipp Koehler, Scientist in the Optofluidics Group, Cambridge

Artist's Statement

Melissa Pierce Murray uses materials ranging from plasma-cut steel and carved wood to ice, glass, and bubble-wrap. With either handheld objects which reveal an intrigue of abrading and shaping, or large-scale sculptural installations with powerful and dynamic lines, she creates physical metaphors which equally evoke emotional states and forces of immense landscapes. Edgy, alluring, playful, or awkward, her works are not so much to be viewed as to be encountered, inviting a reflective or felt response. Melissa has a BA in English Literature and Physics, and an MA in Fine Art.

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