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Silver Particle / Bronze (After Henry Moore).

"In Simon Starling’s work, inanimate objects are activated in various ways, especially when their political or economic history is revealed or when their materiality becomes an embodiment of something discovered during his research. His work enables and celebrates diverse interpretations of objects in many instances, as Greenblatt (1991) notes when referring to artistic and curatorial activity, deflecting attention away from the object onto the systems that gave rise to it in the first place. Starling conducts a close inspection of his objects, usually following a web of connections across the globe and across history, which in many of his works lead him back to the starting point; a vintage photograph of a Henry Moore sculpture leads to the production of a bronze sculpture based on the shape of a single enlarged silver particle that makes up the photograph and which, when converted into a sculpture, resembles the biomorphic shapes that served as inspiration for the Moore sculpture in the original vintage photograph ('Silver particle/bronze (after Henry Moore)', 2008). The machinations of its history somehow lost in the image when seen in the museum archive come back into play through the translations and reconstructions encountered in the detour and are materialised in the exhibition format" (Liebenberg 2021: 26 - 28).
The Hunting of the Snark

"The Hunting of the Snark offers a timely caution for geographical investigation. The danger, both academic and pragmatic, of enslavement to static conceptual categories, rigid classifications, and established methodological procedures is simply that they tend to rule out the possibility of experiencing that insight and understanding which can be neither discovered, formulated nor communicated by adherence to traditional investigative methdologies. This is not to advocate an un-methodical and irrational geographical philosophy, but rather to suggest that there may be conditions under which slavish adherence to a tried and tested methodology may fail to provide reliable guidance in our search for understanding. A lack of commitment to open-ended investigation could mean that, because our methods are inappropriate, our explorations will forever remain, so to speak, 'snarked' ".
Ocean Chart

"He had bought a large map representing the sea, Without the least vestige of land: And the crew were much pleased when they found it to be A map they could all understand".
Kuhn's Jellyfish

Kuhn's "example illustrates how the entrenched expectations of experimental outcomes and prescribed instrumental functions of an insider’s view of the laboratory and its equipment can pose a threat to new discoveries. The circumstances that enabled Roentgen (an insider) to first notice these new rays are not clear, but Kuhn proposes that the occurrence of anomaly enables discovery and that Roentgen’s ‘recognition that nature has somehow violated the paradigm-induced expectations that govern normal science’ (1970: 52–3) was important. Kuhn emphasises that Roentgen valued the anomaly instead of ignoring it – a vital step in the process of discovery" (Liebenberg 2021: 114).
Jellyfish

A detail from an X-ray of my jaw
Resonance (Greenblatt)

In 'Resonance and Wonder' Greenblatt discusses ‘resonant’ moments in regards to museum displays as “those in which the supposedly contextual objects take on a life of their own and make a claim that rivals that of the object that is formally privileged. A table, a chair, a map – often seemingly placed only to provide a decorative setting for a grand work – become oddly expressive, significant not as a background but as compelling representational practices in themselves. These practices may in turn impinge on the grand work, so that we begin to glimpse a kind of circulation: the cultural practice and social energy implicit in mapmaking is drawn into the aesthetic orbit of a painting, which has itself enabled us to register some of the representational significance of the map” (1991: 22- 23). For him a resonant exhibition often “pulls the viewer away from the celebration of isolated objects and toward a series of implied, only half-visible relationships and questions” (1991: 23).
Resonance

Image from page 137 of the 'Curiosity CLXXV' catalogue, describing resonance and its application in MRI technology.
The South African College

“UCT was founded in 1829 as the South African College, a high school for boys. The College had a small tertiary-education facility that grew substantially after 1880, when the discovery of gold and diamonds in the north – and the resulting demand for skills in mining – gave it the financial boost it needed to grow. The College developed into a fully fledged university during the period 1880 to 1900, thanks to increased funding from private sources and the government. During these years, the College built its first dedicated science laboratories, and started the departments of mineralogy and geology to meet the need for skilled personnel in the country's emerging diamond and gold-mining industries” (University of Cape Town 2021).
Aurora Borealis

Extract from 'What to Observe', 1841, written by Julian Jackson (The Royal Geographical Society)
Breath of a Physicist

William Blake, 1794, Ancient of Days Inscription: "In his hand, he took the Golden Compasses, prepared in Gods Eternal stone, to circumscribe This Universe, and all created things One foot he center'd, and the other turn'd Round through the vast profundity obscure, And said, thus farr extend, thus far thy bounds, This be thy just circumference, O World" "In the process of realising this work, [Cornelia] Parker facilitated the collaboration of scientists from the physics department with those from its art gallery. She also drew attention to the scientific qualities of the artwork and, through the performative act of igniting a firework display, the symbolism of scientific discovery" (Liebenberg 2021: 31).
Graphene

"Parker formulated 'Breath of a physicist' while engaging with the academic communities of the University of Manchester in 2015. She worked closely with the scientists of the institution, most notably Kostya Novoselov, who, with Andre Geim, was awarded the Nobel Prize for the discovery of graphene – the world’s thinnest and strongest material. After being inspired by the discovery of a graphite drawing by William Blake ('The ancient of days') in the university’s art collection, Parker facilitated a collaboration between the gallery staff and Novoselov in which he sourced microscopic samples of graphite from the drawing, as well as graphite from drawings by Turner, Constable and Picasso and from a pencil-written letter by Sir Ernest Rutherford (who split the atom in Manchester), which all formed part of the university’s collections. Novoselov produced graphene from these samples, which Parker then used to make her own artwork and a ‘Blake-graphene sensor’, which was activated by the breath of a physicist (Novoselov) and set off a firework display, returning iron meteorite into the Manchester sky on the opening night" (Liebenberg 2021: 31).
Tobacco Mosaic Virus

During the late 19th century, tobacco farmers observed a strange occurrence on the leaves of their tobacco plants. A mosaic pattern of light and dark green (or yellow and green, in some instances) appeared on the leaves of their crops, the presence of which signalled the steady decline in the plant’s growth. Because of the lucrative nature of the industry, finding a treatment for this seemingly infectious disease became a priority, with many laboratories working to isolate the cause. Bacteria were recognised as the causative agents of many infectious diseases of plants and animals, including humans, in the second half of the 19th century – and the technique of filtration was developed to separate infectious agents from extracts or exudates in order to study these microbes. It was whilst utilising this technique that Dmitri Ivanovski, a Russian microbiologist working in the Crimea in 1890, made a surprising discovery. Using the Chamberland–filter made from porcelain and designed to trap ordinary bacteria, Ivanovsky discovered that the filtered sap from the diseased plants could continue to transfer the infection to healthy plants – an occurrence he attributed to an agent which must be an exceedingly small parasitic microorganism, invisible even under great magnification. It would take another 45 years before the visualisation of this subcellular entity would be formulated with the help of an electron microscope, but Ivanovksy, along with the Dutch botanist M.W. Beijerinck, who also and independently, isolated these microbes in his laboratory in 1898, are generally credited for the discovery of viruses. The disease which infected the tobacco plants would be aptly called the Tobacco Mosaic Virus, and its identification would signal the initiation of a field of study known as virology.