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The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening The exhibition Shapes: Patterns in Art and Science explores the richness of the natural and artificial patterns that surround us. Bringing together art, mathematics, materials science and biology, it highlights the shared fascination of scientists and artists with geometric, dynamic and symmetrical structures. Opening