Professor Sir Roger Penrose is more than just a fan of MC Escher's mind-bending art. During the course of a long creative collaboration, the British mathematician and the Dutch artist exchanged ideas and inspirations. Some of Escher's most iconic images have their origin in Penrose's mathematical sketches - while the artist's work has served as a starting point for the professor's own explorations of new scientific ideas. To coincide with the first ever Escher retrospective in the UK, Penrose takes us on a personal journey through Escher's greatest masterpieces - marvelling at his intuitive brilliance and the penetrating light it still sheds on complex mathematical concepts.
This [film] is about patient and dedicated teaching, about learning to look and visualize in order to design, about the importance of drawing. It is one designer’s personal experience of issues that face all designers, expressed with sympathy and encouragement, and illustrated with examples of Inge [Druckrey]’s own work and that of grateful generations of her students. There are simple phrases that give insights into complex matters, for example that letterforms are ‘memories of motion.’ Above all, it is characteristic of Inge that in this examination of basic principles the word “beautiful” is used several times.”
2012 • Design
'Girl with a Pearl Earring' by Johannes Vermeer is one of the most enduring paintings in the history of art, but despite its popularity, the painting itself is surrounded by mystery. Who was this girl, why and how was it painted, and why is it so revered? This film takes us on a journey through the masterpieces of the extensively-renovated Mauritshuis in The Hague in the Netherlands to try to answer many of the questions surrounding this enigmatic painting and its mysterious creator.
Sarah Hall designs architectural glass for buildings around the world. Now she installs one of her most ambitious designs to date, a series of giant solar energy collecting windows in a cathedral. It will be the first Cathedral in the world to incorporate solar energy into its design.
The centuries-old tradition of folding two-dimensional paper into three-dimensional shapes is inspiring a scientific revolution. The rules of folding are at the heart of many natural phenomena, from how leaves blossom to how beetles fly. But now, engineers and designers are applying its principles to reshape the world around us—and even within us, designing new drugs, micro-robots, and future space missions. With this burgeoning field of origami-inspired-design, the question is: can the mathematics of origami be boiled down to one elegant algorithm—a fail-proof guidebook to make any object out of a flat surface, just by folding? And if so, what would that mean for the future of design? Explore the high-tech future of this age-old art as NOVA unfolds “The Origami Revolution.”