Nile Koetting’s solo exhibition “Unattended Access” opens at Parliament Gallery in Paris, inviting viewers to consider the material internet and spectatorship inside his playground of 3D-printed miniatures of monitors, display machines, and theatres. Cherry script (2023, image), for example, imagines banal exhibition and office chatter as text chat animations on a pair of e ink displays. “Koetting presents to us the ultimate spectacle,” the gallery states. “There is no avoiding the infinite mirror here.”

Bob Bicknell-Knight’s solo exhibition “Insert Coin” opens at CABLE DEPOT, London, debuting new works that explore predatory monetization practices within video games. “One of the most prevalent and destructive forms are loot boxes,” the British artist writes about purchasable in-game goodies that are now illegal in many countries. Bicknell-Knight presents one such specimen from the 2019 shooter Apex Legends as a larger-than-life 3D printed replica (image: The Loot Tick, 2023).

The latest in a series of posts elaborating on their Digital Art & Design collection, V&A curators publish a concise history of 3D printing. From locating the roots of additive manufacturing in the XY plotter and stereolithography, through collected bio art and furniture design provocations by Heather Dewey-Hagborg (image: Radical Love, 2015) and Front Design, they reconcile the gap between the “futuristic dream” promised by the medium and the questions of ethics and utility its use has raised.

“Refined Vision,” an exhibition in which Kuwaiti artist Monira Al Qadir draws parallels between Texas Gulf Coast and Persian Gulf region petro-cultures, opens at the Blaffer Art Museum in Houston. Featured works include Crude Eye (2022, image), a new single-channel video piece on landscapes and infrastructures of extraction, and Spectrum (2016), a series of 3D-printed sculptural forms that abstract the ‘alien’ aesthetics of (ornate) oil and gas drill bits.

Collaborating with bioengineers at Rice University, generative design studio Nervous System creates complex blood vessel networks using custom software and 3D-printed sugar. “After printing, these sugar templates are cast in a mixture of living cells and gel,” they write on their blog. “When the gel has set, the sugar is dissolved, leaving the intricate branching network that serves as blood vessels for the living cells.” According to their paper in Nature, the cells can be kept alive for two weeks.