Art and science: when galleries programme artist-researchers

01A historical convergence that is accelerating

The links between art and science are not new. Leonardo da Vinci has embodied the artist-engineer figure for five centuries. Twentieth-century avant-gardes, from the Bauhaus to the kinetic experiments of Vasarely and Soto, explored the intersections between perception, technology and creation. The Experiments in Art and Technology (E.A.T.) programme, founded in 1966 by Robert Rauschenberg and engineer Billy Kluver, formalised collaboration between artists and scientists at Bell Labs. The GRAV group (Groupe de Recherche d'Art Visuel), active in Paris during the 1960s, brought together artists such as Francois Morellet and Julio Le Parc around an experimental approach inspired by scientific methods.

What distinguishes the current period is the acceleration of tools and stakes. Biotechnologies, artificial intelligence, 3D printing, nanotechnologies and data science offer artists materials and methods that did not exist twenty years ago. Simultaneously, environmental, health and digital crises make scientific questions omnipresent in public debate, conferring increased societal relevance on artists who address them. The public expects artists to give sensible form to abstract realities — climate change, genetic manipulation, algorithmic surveillance — and artist-researchers are particularly well placed to answer this expectation.

The Ars Electronica Festival in Linz, founded in 1979, is the global meeting point for art and new technologies. The ZKM (Centre for Art and Media) in Karlsruhe, founded by Peter Weibel, is a research and exhibition centre that has explored the relationships between art, science and society since 1997. The MIT Media Lab, through programmes such as the Tangible Media Group, trains artist-engineers whose works circulate in museums and galleries worldwide. In France, Le Fresnoy — Studio National des Arts Contemporains in Tourcoing and La Gaite Lyrique in Paris offer production and presentation spaces for these hybrid practices. The Cite des Sciences et de l'Industrie, through its temporary exhibitions, regularly invites artists to engage with the sciences.

02Artistic practices at the crossroads of art and science

Bio-art constitutes one of the most radical manifestations of this convergence. Eduardo Kac, with his fluorescent rabbit Alba (GFP Bunny, 2000), opened a field of creation that uses living organisms as a medium. Suzanne Anker, with her modified seed sculptures, questions genetic manipulations and the patenting of life. Heather Dewey-Hagborg, with Stranger Visions, creates portraits from DNA collected in public space, raising questions about biometric surveillance and the notion of privacy in the genomic era. Evelina Domnitch and Dmitry Gelfand create installations that render invisible physical phenomena perceptible — sonar, ultraviolet light, magnetic resonance — transforming the viewer into a laboratory observer. These practices require from galleries a technical capacity and scientific understanding that not all possess.

Data art transforms datasets into visual or sonic experiences. Ryoji Ikeda, a Japanese artist whose monumental installations convert data streams into images and sounds, is represented by international galleries and exhibits in the world's leading museums. Refik Anadol, whose data sculptures use artificial intelligence to transform image archives into fluid and immersive forms, has been exhibited at MoMA and the Serpentine Gallery. Neri Oxman, an architect and artist associated with MIT, creates objects at the intersection of computational design, synthetic biology and materials science, blurring the boundaries between industrial fabrication and organic growth.

Scientific environmental art uses data and research methods to make ecological phenomena visible. Olafur Eliasson, with installations employing light, water and temperature, creates sensory experiences that render usually invisible physical phenomena perceptible. Tomas Saraceno, whose works draw inspiration from spider web structures and aerostatic forms, collaborates with arachnologists and aerospace engineers through his Aerocene studio. Tue Greenfort, a Danish artist, integrates living ecological systems into his gallery installations, compelling viewers to consider the gallery as a biotope. Andrea Polli, artist and researcher, translates atmospheric data into sonic compositions that make climate change audible.

03The gallery owner facing technical challenges

Programming artist-researchers imposes unusual technical constraints on the gallery owner. Bio-art works require controlled temperature, humidity and lighting conditions, and sometimes laboratory equipment — incubators, sterilisers, nutrient systems — that transform the exhibition space into a scientific environment. Digital installations demand computing equipment, servers, high-resolution projectors and continuous software maintenance. Kinetic works involve mechanical systems whose upkeep exceeds the usual competencies of gallery staff.

Pace Gallery, through its Pace Art + Technology department, invested in a dedicated infrastructure for presenting technological works, with a space in Menlo Park, California, situated in the heart of Silicon Valley. Lisson Gallery has supported the technological work of artists such as Cory Arcangel and Haroon Mirza by developing internal technical expertise. Bitforms Gallery in New York has specialised since 2001 in digital arts and has a team capable of installing and maintaining technologically demanding works. Galerie Thaddaeus Ropac has presented works by Robert Rauschenberg incorporating technological components, demonstrating that even the most traditional galleries can adapt to these demands.

The gallery owner who lacks these resources can forge partnerships with university laboratories, fablabs or technology companies. These collaborations enrich the presentation context of the work and can open complementary funding sources, as some companies are willing to sponsor exhibitions that showcase the creative applications of their technologies.

04The question of conservation and longevity

Conserving art-science works poses specific problems that the gallery owner must address with transparency towards collectors. A bio-art work incorporating living organisms may evolve, deteriorate or die. A software installation risks becoming incompatible with future operating systems. A hardware device may break down and require unobtainable parts. These obsolescence questions, which do not arise for an oil painting on canvas, are central to the valuation and pricing of art-science works.

Museums have developed strategies to address these challenges. The Guggenheim Museum created the Conservation of Computer-Based Art programme to document and preserve digital works. The ZKM systematically archives source codes and hardware configurations of its works. The Tate has published conservation protocols for works with technological components that serve as references in the profession.

The gallery owner must provide the collector with comprehensive documentation: technical specifications, maintenance protocols, contacts for competent technicians, and where possible a certificate from the artist specifying the conditions under which the work may be reinstalled or updated. This transparency reassures the collector and justifies the pricing, which must factor the cost of future maintenance into the value calculation.

05A new collector profile

Art-science works attract a collector profile distinct from that of conventional contemporary art. Collectors from the technology world — startup founders, engineers, digital sector investors — are naturally attuned to works that mobilise knowledge they command. Silicon Valley, Seattle, Tel Aviv and Bangalore harbour collector communities for whom technological art constitutes a natural extension of their professional interests. These collectors often possess the technical knowledge needed to appreciate a work's complexity and the financial means to acquire it.

Scientific collectors — physicians, researchers, academics — represent another receptive segment. A neuroscientist will potentially be moved by a work that visualises brain activity. A biologist may appreciate a bio-art work that explores the mechanisms of living matter. A climatologist may respond to an installation that translates atmospheric data into sensory experience. The gallery owner who can identify and cultivate these profiles expands the clientele beyond the traditional circle of art enthusiasts.

Corporate foundations in the technology sector also constitute a source of funding and acquisition. Google Arts and Culture, the Daniel and Nina Carasso Foundation, the Pernod Ricard Foundation and programmes such as the art-science crossover residencies of the Thalie Foundation actively support practices at the intersection of art and research. The gallery owner who masters the network of these foundations has access to partners willing to fund costly productions and to acquire works for their collections.

06Institutional partnerships as leverage

The gallery owner who programmes artist-researchers can develop partnerships with scientific institutions that enrich the programme and confer interdisciplinary legitimacy. Universities, research centres and natural history museums seek collaborations with the art world to communicate their research to a broader public and to explore the cultural and ethical dimensions of their work.

The Wellcome Trust in London funds art-science projects through its Wellcome Collection programme, which has presented exhibitions linking medicine, biology and artistic creation. CERN in Geneva created the Arts at CERN programme, which hosts artists in residence among particle physicists. The Artist in Residence programme of ESA (European Space Agency) invites artists to work with engineers and astronauts. In France, the CNRS Scientists and Artists programme and the art-science residencies at Diagonale Paris-Saclay offer structured collaboration frameworks.

These partnerships allow the gallery owner to situate the programme within a research context that extends beyond the art market and attracts the attention of both generalist and specialist media. An exhibition produced in partnership with a CNRS research laboratory or a university hospital generates media coverage that reaches audiences usually distant from the art world.

07Positioning the gallery in this niche

For Artedusa partner galleries, programming artist-researchers offers a powerful axis of differentiation. The platform makes it possible to present works with their scientific context — laboratory documentation, creative process, research collaborations — enriching the online collector experience and demonstrating the originality of the approach. International collectors who discover these works on Artedusa access a market segment still underrepresented in traditional galleries, which constitutes a competitive advantage for galleries that occupy this ground.