Printjepannekoek

3D pancake printing

With Printjepannenkoek, you can literally taste the fusion of tradition and innovation. With Printjepannenkoek, the art of making pancakes is taken to a whole new level!

Using one of the first pancake printers in the world, we create pancakes in any shape you desire. For CurieuCity, we are specially printing robot-shaped pancakes just for you.

Caroline Vincart

Cycles & Variations

In Cycles & Variations, photographer Caroline Vincart captures the delicate interactions between scientists and their tiny subjects—rotifers. During her residency in Professor Karine Van Doninck’s lab, Caroline Vincart documented the repetitive yet precise nature of scientific research, drawing poetic parallels between DNA sequencing and digital imagery. Through her lens, the sterile laboratory environment becomes a place of artistic reflection, where science and humanity meet. This photo series offers a rare glimpse into the microscopic world and the subtle variations that drive the evolution of life.

Ophélie Lhuire

Evolution Game – Original drawings

Marvel at the stunning original drawings that bring the Evolution Game to life. Illustrator Ophélie Lhuire, known for her detailed and scientifically inspired artwork, presents intricate black-and-white illustrations of various species, from mollusks to crustaceans. These hand-drawn works evoke the timeless wonder of nature’s evolution, reminiscent of historical engravings with a contemporary twist. Presented as standalone pieces, these drawings highlight the delicate balance between art and science, inviting you to explore the beauty and complexity of life on Earth.

SEADS

Ēngines of Ēternity (Rotifer expo)

Explore the mysteries of space and microscopic life in Ēngines of Ēternity, a fascinating project by SEADS. Using the tiny, resilient rotifer—a microorganism that clones itself and survives extreme conditions—this installation bridges art, science, and the human quest for immortality. With stunning 3D prints, photos, and video, it raises questions about our cultural obsession with eternal life, especially in the context of space exploration.

What future will we build among the stars? Will it be as diverse and resilient as the rotifers? Step into this thought-provoking journey where evolution meets space.

Rotifère

Ohme, Aiko Design, Karine Van Doninck

Rotifer (a)live

Step into the world of rotifers—ancient, nearly indestructible microorganisms—in Rotifer (a)live, an immersive art-science installation. Created by Ohme, Karine Van Doninck, and Aiko Design, this retrofuturistic display showcases the tools and methods scientists use to study these tiny creatures.

See real rotifers under a microscope as they evolve before your eyes, and learn about their incredible journey to the International Space Station, where they survived space missions in 2019 and 2020. This installation highlights the resilience of life, from Earth to space.

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Credits

Rotifer (a)live 2022 Installation, wood, acrylic glass, tulle fabrics, diverse materials Rotifer microscopy, video projection, rhodoid & paper prints, 3D print, laboratory glassware & equipment

By Ohme www.ohme.be www.instagram.com/ohme_projects

Aiko Design www.instagram.com/aiko__design In collaboration

Karine Van Doninck and her research group (ULB/UNamur) www.karinevandoninck.be


Microscopic footage: Live filmed alive rotifers (monitor), Video recordings by Boris Hespeels (projection), Video edition & effects by Raoul Sommeillier

Video “ROB 1 Experiment” (2020n 10’38’’, colour) by Richard Coos

Video “Project RISE – Rotifer in SpacE” (2020, 4’40’’, colour) by Samy Brutout, Kristopher Debroek, John Domingo and Jordan Hero (Serendy Picture at Haute Ecole Albert Jacquard) Rotifer hand-drawn illustration: Ophélie Lhuire

Microscopic photography & scanning electron micrographs: Irina Arkhipova, Diego Fontaneto, Boris Hespeels

Scientific publications: Donner, J., 1965. Ordnung Bdelloidea (Rotatoria, Rädertiere). Akademie Verlag: 297 pp and Simion, P. et al., 2021. Chromosome-level genome assembly reveals homologous chromosomes and recombination 586 in asexual rotifer Adineta vaga. Science Advances 7

3D conception & design: Thomas Raa, Alizée Rubino, Raoul Sommeillier

3D printed rotifer: Patricia Van Doninck of Jaspers-Eyers Architects Project coordination: Raoul Sommeillier, Karine Van Doninck

With the help of: Emilie Berns, Jérémy Berthe, François Bronchart, Laurent Grumiau, Boris Hespeels, Léa Mellini, Scientists of Molecular Biology & Evolution (MBE) research unit at ULB

With the support of: Innoviris, Jaspers-Eyers Architects, Kikk, La Pavillon de Namur, Inforsciences, Université de Namur (UNamur), Université libre de Bruxelles (ULB)

Anne Marie Maes

Sensorial Skins

The installation ‘Sensorial Skins’ focuses on the sculptural capacities of everyday organic materials: skins, membranes and biofilms.
Sensorial Skins are complex surfaces of contact. They arouse our senses through their materiality, their textures, their pigments and their smells. Some of these fabrics are grown by bacteria, others are the result of transformative processes reminiscent of an alchemical practice but now grounded in fieldwork and scientific methodology.

The installation ‘Sensorial Skins’ at P.A.R.T.S consists of a table with skins, an aquarium with living symbiotic organisms, and a video installation in collaboration with choreographer Fabrice Mazliah.

Aquarium with Acetobacter xylinum _brussels (2024)
In a large aquarium, a fermentation process is taking place. The generative process is in a constant state of transition. This is the place where the Sensorial Skins are created. The
bacterial woven fabric reacts to variable invisible factors as temperature, humidity and the local enzymes in the water and the air. Every newly grown Sensorial Skin is thus the unique result of the specific site were it is grown, with its own metabolism and aesthetic specificities.


Table wih skins
The Sensorial Skin will expand, curl and harden with air temperature or humidity. They are called Sensorial Skins to emphasize their living and evolving nature.

With a flair of everyday aesthetics, the installations transform the natural in the cultural. They translate collaborative practices between humans and micro-organisms; they unveil the processes by which everyday organic matter is transformed into tactile bio fabrics.
In turn, these newly shaped materials become the elements for soft sculptures, their pigments catching the sunlight when draped over metal structures. They invite us to touch them. They live. Their responsive biomaterials shrink, harden or soften in response to the humidity and temperature of their environment.


Video installation in collaboration with Fabrice Mazliah
In 2022 Fabrice Mazliah developed a performance for the P.A.R.T.S students in collaboration with An Marie Maes.
The performance is inspired by the work of biologist Lynn Margulus and her understanding of the human body, as an ecosystem cohabiting with multiple other life forms. This performance explores what it means to experience ourselves, our bodies as not strictly human but as a community of interrelated and interdependent organisms, cohabiting and inter-reacting with one another, providing for each other, living together.
In this co-being exercise, various elements are invited such as the sensorial skins.


Anne Marie Maes is an artist who explores the boundary between nature, art, and science. She uses scientific and biotechnological methods to explore living systems and ecosystems as artistic subjects, created with biological, digital, and traditional media. In ‘Sensorial Skins,’ she focuses on the transformative power of bacteria, highlighting the natural processes of collaboration and symbiosis.”

Studio Lemercier & Before Tigers

All The Trees

All the Trees underlines the beauty of the natural world by enhancing one or several trees. Every branch and every leaf undulates and sparkles under powerful rays of light, offering a captivating spectacle. Through this sensitive and ephemeral intervention, visitors are invited to contemplate the world around them.

As trees are part of our everyday life, how can we renew our attention towards them and remain captivated by their familiar presence?

Our relationship with live beings as well as sobriety through low-tech are central themes in the recent projects of Studio Lemercier. In a world where the possibility of life on earth is threatened, the studio aims to question our use of technology. All the Trees is designed to have the minimum energetic impact as possible.

Credits

Studio Lemercier, 2022 installation audiovisuelle arbre(s), laser(s), son

Création : Joanie Lemercier

Création sonore : Studio Lemercier & Before Tigers

Co direction : Juliette Bibasse & Joanie Lemercier

Dévelopement technique : Martin Pirson

Production : Nicolas Roziecki

Pierre Devahif - MicroZoo - Inforsciences ULB

Diversity of the microworld

On the theme of biodiversity, CurieuCity#2, invites you to marvel at the richness and beauty of nature, particularly that which hides in a city like Brussels.

The microscope, or rather microscopes, allow us to observe this from an unusual angle. I say “microscopes” because there are different kinds, and different techniques for using them. Come and try out some of them to discover familiar creatures in a different way – the inhabitants of a pond, green plants, lichens, mushrooms… – and meet some astonishingly tiny creatures that are nonetheless essential to life on Earth. For example, an algae imperceptible to the naked eye but capable of making glass underwater. It has something to do with… dynamite!

And it is estimated that this group of living beings produces around 1/4 of atmospheric oxygen. Enough to help us breathe. [Oh, and that’s not all, far from it! It still holds many surprises, and not the least. So, would you like to get to know her?… Finally, we’ll be asking ourselves how it’s possible to classify this generally unsuspected flora and fauna. Can we understand their evolution?

Elise Elsacker

Fungi Expo: Elise Elsacker

Discover the cutting-edge possibilities of sustainable architecture.
See a prototype mycelium block that was grown and shaped using a unique combination of biological growth and robotic wire-cutting. This process allows the mycelium to function as a multifunctional formwork with self-healing properties.

place holder forest

Joske Ruytinx -Plant-Microbe Interaction (VUB)

Meet a mycorrhizal fungus

Fungi support much of life on earth. In particular mycorrhizal fungi or root-friendly fungi are important and altered evolutionary history of the planet. Around 475 million years ago these fungi allowed plants to colonize land. Today, almost all land plants form symbiotic associations with mycorrhizal fungi and rely on them to survive. However, these fungi are mostly invisible and hidden in the underground. Curieucity presents an exhibition featuring mycorrhizal fungi in collaboration with the VUB Plant-Microbe Interactions research team and contributions of Amandine Kervyn. Did you ever meet a mycorrhizal fungus? Come explore their diversity, feel and watch their action in our mini forest!’