Page 9: Whilst we share some differences, our similarities remain.
Artist: Marie Melcore.​
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Page description and purpose: I was especially attracted to Marie’s work on sustainability for her UAL project on air pollution, and thought that the biodesign aspect of her work added a unique contribution to the book. Both the Milky Way and Diatom series align well with the purpose of this book by visually conveying the idea of 'As above, so below. As within, so without.' By showing what can appear to be cosmic patterns on a microscale, the little moons, planets, and stars remind us of our connection with the vast universe and help us reflect on our life here on Earth as a microcosm of the universe. The beauty of the diatoms reminds us to acknowledge overlooked but essential parts of life, so as not to take any aspect of our shared ecology for granted, for we are reliant on our interconnectedness. The stunning visual resonance between a microscopic diatom and a cosmic galaxy is more than a coincidence. The same mathematical principles of physics that govern the formation of a galaxy also influence the growth of a diatom. This universal commonality challenges the very logic of 'othering'—if the same fundamental rules shape both the vast cosmos and life's tiny architects, how can we see any being as truly separate from ourselves? Initially, I planned to use Marie's microscopic cosmos, but after seeing her diatom series, I knew they too had to be included in the book—the kaleidoscopic patterns are so mesmerising and provide the perfect opportunity for a memory-matching game. I asked Marie if she could repeat the patterns to create the game, adding another interactive element to the book.
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Welcome, Marie. Learning about your biodesign process has been truly inspiring. I'm excited for others to discover your work through this book. Rose
Diatoms series
Technique: Monoprint
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These illustrations represent diatoms, also called plankton or micro-algae, which vary in size from 2 μm to about 1 mm. Since their origin 350 million years ago, diatoms have colonized the majority of aquatic, freshwater, and marine ecosystems. Scientists estimate that a quarter of the oxygen we breathe comes from diatoms. At a nanoscale, diatoms exhibit primary and geometric shapes. However, even though these patterns were already present at the origin of life on Earth, they may seem familiar to us. The petals of a flower, the rose window of a church, the mosaics of a mosque, the twinkling of a distant star... Everyone is free to give free rein to their imagination in this introspective exercise. Through this series, I used a kaleidoscopic aesthetic, which allows us to appreciate their infinite variations. Marie.
Milky Way
Technique: Microscopic picture and digital collage.
This image originated from a microscopic examination of activated carbon, a natural material recognised for its filtration properties. It is a renewable resource that can play a role in a circular economy system by reusing non-edible food waste. When observed under microscopes, its microporosity patterns strangely resemble cosmic patterns, such as a starry sky or even the Milky Way. In other words, this image can be described as a cosmos microcosm — an intriguing paradox that illustrates how certain natural patterns can be observed both microscopically and macroscopically. Marie.
​I am a Design Researcher and Biodesigner, engaging in a diverse and multidisciplinary practice. Following my graduation in both Graphic and Textile Design, I joined the MA Biodesign program at Central Saint Martins, University of the Arts London. My work revolves around blending biology with design to create innovative solutions that address environmental challenges. One of my primary goals is to surpass conventional disciplinary boundaries, seeking to address sustainable challenges. Awareness and education are integral aspects of my approach. Marie.
“The images featured in the book showcase some aspects of my biodesign projects. They capture moments in the creative process, highlighting the intersection of art, design, and science - whether it's experimenting with sustainable materials or exploring the beauty of nature-inspired design.” Marie.