Cellular
Cellular explores examples where aesthetic practice draws inspiration from the molecular sciences, capturing dynamical cellular and microscopic processes, and ways in which science investigates cellular processes in nature, neuroscience and computing.
David S. Goodsell is a Professor of Computational Biology at the Scripps Research Institute and Research Professor with the RCSB Protein Data Bank at Rutgers. His art explores the inner structure of cells and viruses, using computer graphics and traditional painting with watercolor and ink. His article describes Molecular Landscapes, a series of work created for a show at the Ulrich Museum of Art at Wichita State University in April 2020, which was ironically postponed due to the ongoing coronavirus pandemic.
Inspired by the narratives of scientific discovery and innovation that increasingly dominate contemporary culture, Rogan Brown’s work is an attempt by a non-scientist, an outsider, to visualize, comprehend and assimilate these new ideas and new ways of seeing the world, whether it’s to do with our changing perception of bacteria or the paradigm shifts in our comprehension of the physical world that emerge from quantum physics. He discusses his work in Cellular Papercuts.
Artist Klari Reis is best known for her Petri Dish series, a multicolour set of circular blobs created using a blend of media and ground-breaking techniques. The core of her approach is the transformation and pigmentation of a UV-resistant plastic, the epoxy polymer, into unique and cutting edge artworks. She discusses her work in Exploring the microscopic.
Jody Rasch is a New York City area-based artist whose work is based on themes from astronomy, biology, physics and spectra. An expression of both the patterns of the natural world and the metaphors underlying modern science, his art allows us to see the beauty in the repulsive, to find knowledge in the unknown, to observe the unseen to more clearly see our world. By exploring the invisible, Rasch invites the observer to look beyond the “seen” to appreciate the beauty and mystery of the “unseen.” He discusses his latest work in Seeing Within.
“My artistic narrative is influenced by my experience and involvement, over the years, in the scientific study and investigation of cell structure and function……….The physical and chemical properties of atoms and molecules, the composition of matter, the energy, matter’s wear and degradation — these are the raw materials I use to compose a personal artistic landscape.” Thalia Gatzouli, an artist and nuclear physician, discusses her work in A meditation on the concept of matter and life.
Andrew McKeown has completed many large scale sculpture commissions throughout the U.K and internationally. Recurring themes within his work are those of growth, change and renewal and these natural or organic themes are often combined with site specific historical or industrial references which can be both literal and metaphorical. Andrew’s expertise is in sculpture, design and environmental regeneration. Casting and mould making processes inform and influence his work in both a practical and conceptual way and he often create installations of multiple sculptures which are cast or fabricated in durable materials such as iron, steel, bronze and stone.
“I dye, paint and stitch silk and wool to create boldly colored biomorphic wallhangings inspired by microscopic/cellular imagery – a kind of visual invented biology with textiles.” Fiber artist, Karen Kamenetzky, creates a kind of ‘invented biology’, inspired by microscopic and cellular imagery, with works zooming in on that fundamental nature of things and bringing it into vision. She works loosely from sketches but each piece travels a route of evolution and change.
Plus, there are article by Stuart Thompson: Can plants think? They could one day force us to change our definition of intelligence ; Yunlong Zhao: Linking brains to computers: how new implants are helping us achieve this goal ; Mark Greenwood & James Locke: Plants can tell time even without a brain – here’s how ; Guillaume Thierry: Lab-grown mini brains: we can’t dismiss the possibility that they could one day outsmart us ; and Madeline Andrews, Aparna Bhaduri & Arnold Kriegstein: Brain organoids help neuroscientists understand brain development, but aren’t perfect matches for real brains.




