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SIMON CHRISTOPH KRENN

Parasitic endeavours
Simon Christoph Krenn’s 3D animation, Parasitic Endeavours, initially started out as the creative wanting to explore distorted perspectives on human evolution. “I think my main inspiration came from nature and its creative forces themselves. I used to study zoology at university and was especially fascinated by evolutionary biology and the development of animal morphologies. I realized the video’s strange and somehow creepy potential and decided to push the animation even more into this direction.”

Michael Frank

Beetle in Undergrowth
“I have a strong background in zoology and botany. When I’m rendering realistic or fanciful depictions of flora and fauna, I constantly fall back on my studies and research. Since all of my artwork involves 3D computer imaging, I rely heavily on organic geometry and algorithms that govern natural branching and growth patterns. My art mimics nature in more ways than one.” Michael Frank

JILL SCOTT

Electric retina
The Electric Retina is a “neuromedia” sculpture which combines retinal research with interactive media art and metaphorical associations in order to explore the complexity of visual perception. Based on her residency in Neurobiology at the Institute of Zoology, University of Zurich, Scott gained a deeper insight into the genetic control of visual system development and function by analysis of zebra fish mutants, which are used as the main phenotypes for human eye disease research.

ROXY PAINE

روكسي باين
רוקסי פיין
ロキシー·パイネ
록시 페인
inversion

Paine calls the series “Dendroids,” a name that combines dendron, Greek for “tree”, and “oid,” a suffix meaning “form.” But the title is more nuanced. Other words derived from dendron refer to branching systems, and in zoology “oid” denotes a creature belonging to a higher level of taxonomy. So “Dendroids” aren’t just tree forms, but allusions to branching structures from neurons to rivers to genealogical charts. And a viewer may be moved to consider the congruencies among such disparate but related systems.