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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).
Resonance

"The revelation of my object-study that the chest was a lacuna in terms of local botanical medicinal remedies and practices served as inspiration for the first department I approached. By engaging with insiders of the Department of Biological Sciences, I reasoned that I could supplement the chest’s Western content with local botanical knowledge. As the first viewing session, it was also the one that initiated the weakening of the chest’s imperial viral load through an inoculation of additional meaning – a treatment with a surprising side-effect. On presenting the chest to other disciplinary insiders afterwards (to Pathology and the College of Music, for example), I noticed characteristics that also resonated with the field of botany within these disciplines and their collections. These botanical resonances accrued as my disciplinary engagements increased and diversified, leading me to embrace this side-effect and to use botany as the central theme of my exhibition. The resonances generated in the different departmental viewing sessions resulted in new links with the chest but also in connections surfacing between disciplines such as zoology, dermatology, pharmacology and sound studies, for example. I drew on these visits and their outcomes to create a range of artworks that materialised the inoculation of the chest by manifesting how intersecting with diverse fields expanded its meaning, and I sourced objects from the collections that encouraged new interpretations" (Liebenberg 2021: 244 - 246).
What UCT is not telling its first years

On the 19th of January 2015, an article appeared in the Cape Argus titled 'What UCT is not telling its first years' written by Dr Siona O’Connell, a staff member of the Centre for Curating the Archive, and lecturer at the university. In it she wrote about the absence of transformation in the university, evident in its lack of black academic staff, describing the campus as "mired in unarticulated tensions and divisions, many of them pivoting on race” and “guarded by the Rhodes Memorial – a significant imperialist edifice” that continues to shadow it “in many overt and covert ways” "(O’Connell 2015). In the article she pinpoints that even though, as first years, they will most certainly be greeted by the statue of Cecil John Rhodes overlooking the rugby field during their tour of the campus, their chances of being taught by a black professor during the full span of their degree, will be incredibly slim…
Canary

Sentinel species are used to detect risks to humans by providing advance warning of a danger. The idea of placing warm-blooded animals in a mine to detect carbon monoxide was first proposed by the Scottish physiologist John Scott Haldane in 1913. Canaries (Serinus canaria ) were considered the best sentinel animals for detection of dangerous gases because they were found to be more sensitive than other species evaluated (Pollock 2016:386-387).
Flight

A chorus of juvenile heartbeats affected by Atrial Septal (ASD) and Ventricular Septal Defects (VSD), Patent Ductus Arteriosus(PDA), and Aortic Valve Stenosis (AVS), transposed to a higher frequency to simulate birdsong
An Experiment on a Bird in the Air Pump

In Joseph Wright’s 'An Experiment on a Bird in the Air Pump' (1768), he depicts the re-enactment of Boyle’s famous experiment. Contrary to the restricted viewing of this experiment in the confines of Gresham College by the gentleman of the Royal Society, this audience includes a variety of individuals of different ages and gender, exhibiting a mixture of emotions: a young girl worriedly watches the fate of the bird, while another is comforted by her father, seemingly too upset to view the rest of the experiment; a young boy and middle-aged man look on with absorption, while two young lovers only have eyes for each other; lastly an old man meditates on a skull in a jar, and the scientist stare out at the viewer, and not at the experiment.
Icarus

Perspex wings with histology slides. Histology slides are prepared by taking a sample of biological tissue and fixing it to preserve the tissue in as natural a state as possible and prevent postmortem decay. The tissue is immersed in a chemical fixative and then embedded in wax to make it hard enough to cut into very thin sections of tissue (usually 5 to 7 micrometers in thickness). It is then passed through baths of solvents which remove the wax, then through graded alcohols, water and finally through baths of haematoxylin and eosin to stain it for better viewing under a microscope.