Art and science are often treated as opposites.

One is seen as emotional, instinctive and expressive, while the other is logical, measurable and precise. Yet throughout history the two have often worked hand in hand, with nature acting as the bridge between them.

Artists study patterns, proportions and movement. Scientists observe systems, structures and behaviour. Nature quietly provides the inspiration for both.

Perhaps this is why some of the most powerful works of art feel both emotional and strangely familiar. They reflect patterns and principles that already exist within the world around us.

Why Humans Are Drawn to Patterns

The human brain is constantly searching for order.

We recognise faces in clouds, shapes in landscapes and rhythm in repeated forms. Patterns help us understand the world and predict what comes next.

This may explain why repetition appears throughout art and design, from Islamic geometric patterns and Gothic architecture to contemporary sculpture and digital design.

Islamic artists developed highly sophisticated geometric systems centuries before modern computers. By using circles, polygons and repeated units, they created designs that feel both mathematically precise and spiritually infinite. Their work continues to influence architecture, product design and digital art today.

Nature itself is built upon repetition. Leaves follow arrangements known as phyllotaxis. Snowflakes repeat geometric structures. Waves, coastlines and tree branches all create patterns that feel both organised and organic.

The artist and mathematician M. C. Escher explored these ideas through impossible spaces, tessellations and repeating forms, demonstrating how mathematics and imagination can work together.

When artists use repetition and rhythm, they are often tapping into something our brains already recognise.

The Mathematics of Beauty

For thousands of years artists, architects and designers have explored whether beauty can be measured.

The Golden Ratio, approximately 1:1.618, appears in classical architecture, Renaissance paintings and natural forms such as shells and flowers. Fibonacci sequences can be found in sunflower heads, pine cones and spiral galaxies.

While beauty cannot be reduced to a formula, mathematics often provides an underlying structure.

Leonardo da Vinci explored human proportions through the Vitruvian Man, examining the relationship between anatomy, geometry and art. His work demonstrated that observation and creativity are often inseparable.

Architect Antoni Gaudí took a similar approach. Rather than imposing architecture upon nature, he studied trees, bones, honeycombs and natural structures to inform his buildings. Columns branch like trees, surfaces resemble skeletal forms and light moves through his interiors much like sunlight passing through a forest canopy.

Mathematics may not create beauty, but it frequently helps us understand why certain forms feel pleasing.

Weather as a Designer

Weather shapes the places we live, the buildings we create and the colours we use.

Northern landscapes often produce muted palettes of greys, blues and soft greens. Desert environments inspire warm tones and strong contrasts. Coastal regions create materials and architecture designed to withstand wind, rain and salt.

Artists have long responded to weather and atmosphere. M. W. Turner painted storms, sea spray and changing skies, while the Impressionists became fascinated by fleeting moments of light and seasonal change. Contemporary designers increasingly look at climate, rainfall and environmental conditions as starting points for their work.

Weather is not simply a backdrop. It influences mood, material, colour and experience.

This relationship between atmosphere and place can also be found in Lazerian’s Atmospheric Reflections of the North for Manchester Airport. The suspended installation transforms historic chandelier glass into cloud-like formations that appear to drift through the terminal. Inspired by the skies, weather systems and changing light of northern England, the work demonstrates how environmental conditions can become both material and narrative.

Biomimicry: Learning From Nature

Nature has spent millions of years solving problems.

Birds fly efficiently. Spider silk combines strength with flexibility. Honeycombs create maximum strength with minimal material. Termite mounds regulate temperature naturally.

Biomimicry takes these natural solutions and applies them to art, architecture and design.

Architects study bird bones to create lightweight structures. Engineers examine shark skin to reduce drag. Designers look at seed dispersal systems, insect wings and plant structures to develop new products and forms.

The Eastgate Centre in Zimbabwe, designed by architect Mick Pearce, famously took inspiration from termite mounds. By studying how termites regulate temperature within their nests, the building dramatically reduced its reliance on mechanical cooling systems.

Rather than dominating nature, biomimicry asks what we can learn from it.

Why Animals Appear in Art

Animals have appeared in human creativity for thousands of years.

The earliest cave paintings often depicted bison, horses and deer. Ancient cultures used animal symbolism to represent strength, wisdom, protection and transformation.

Birds frequently symbolise freedom, migration and hope. Bees represent community and industry. Butterflies suggest transformation and renewal. Wolves, bears and stags often become reflections of human emotions and behaviours.

The German artist and biologist Ernst Haeckel demonstrated the beauty of natural structures through his detailed illustrations of marine life and microscopic organisms. His publication Art Forms in Nature influenced generations of artists, architects and designers, particularly within the Art Nouveau movement.

Animals allow us to tell human stories indirectly.

Contemporary artists continue to use wildlife and natural forms because they create immediate emotional connections. Lazerian’s sculptures, including birds, bees, polar bears, snakes and dogs, often use animal forms to discuss wider themes such as climate change, biodiversity, migration, community and human behaviour.

Projects such as the Overworked Bee explored the importance of pollinators and collective effort, while bird-inspired works investigate movement, migration and place. More recently, the snake sculptures created for Geneva examined global health and environmental responsibility through the symbolism of the serpent.

These works demonstrate that animals remain powerful vehicles for storytelling and connection.

The Space Between Disciplines

Perhaps the most interesting work often happens between categories.

Art can reveal the emotional side of science. Science can explain why certain forms, colours and patterns affect us. Nature provides both the inspiration and the evidence.

As technology advances and environmental concerns become increasingly important, these disciplines may become even more connected.

The future may belong not to specialists working in isolation, but to those willing to explore the spaces between art, science and nature.

Because sometimes the most creative answers are already present in the natural world around us.

How LAZERIAN Uses Nature to Shape Sustainable Public Art

At LAZERIAN, these connections between art, science and nature are more than a source of inspiration—they’re fundamental to how we approach every project. From early research and concept development through to fabrication and installation, we look to natural systems for ideas that are both beautiful and functional.

Our large-scale sculptures and public art installations often draw on the patterns, structures and behaviours found in the natural world. Whether exploring cellular growth, geological formations, weather systems or biomimicry, these references help us create artworks that feel rooted in their surroundings while encouraging people to see familiar places in new ways.

Sustainability is equally important to our process. We continually explore recycled materials, responsible manufacturing techniques and innovative fabrication methods that reduce waste without compromising creativity. For us, sustainable public art isn’t simply about the materials we choose—it’s about designing artworks that have lasting cultural, environmental and social value.

By combining science, nature and creative experimentation, LAZERIAN aims to create public art that inspires curiosity, celebrates place and demonstrates how thoughtful design can connect people more closely with the world around them.