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| Aisha al-Khater and Sheikh Thani al-Thani briefing the media about the exhibition in Doha yesterday |
At the event, attended by 500 distinguished members of the local and international cultural communities, guests were led through the exhibition on a journey to the Golden Age of Muslim Civilization in a memorable celebration of modern science’s heritage. Connected by the theme: “Explore our past to inspire our future,” the two exhibitions will open to the public today with 1001 Inventions running until November 12 and Arabick Roots continuing until January 2013.
Brought to Qatar’s public by Qatar Museums Authority and the Museum of Islamic Art, in partnership with 1001 Inventions and Qatar Shell, 1001 Inventions exhibition takes visitors through the works of scientists and scholars during the Golden Age of Muslim Civilization, while Arabick Roots reveals the influence of this science on the scientific revolution and lifestyle in Europe in the 17th century through showcasing magnificent objects and priceless manuscripts.
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| Artistic impressions of Abbas ibn Firnas and his successful 9th-century flight |
“As a Qatari I’m proud to be part of such great initiatives. Bringing these two important international exhibitions to Qatar will inspire young Qataris to build on their rich and diverse scientific heritage that had enlightened the world in the Golden Ages,” said Sheikh Thani al-Thani, Deputy managing director, Qatar Shell.
“The themes of these two exhibitions, science and education, are an integral part of Shell’s social investment programme here in Qatar and support the social development pillar of the Qatar National Vision 2030,” added Sheikh Thani.
1001 Inventions Exhibition celebrates the inventions and innovations from Muslim Civilisation, whose impact on science and technology can still be seen all around us today. Indeed, the experimental scientific method, the basis of all modern technological advancement, came from the work of Hassan ibn Al-Haytham a thousand years ago.
Ibn Al-Haytham laid the foundations of Optics including the explanation of the scientific phenomenon ‘Camera Obscura’ – which is still the basic principle used in modern cameras.
Many of Ibn Al-Haytham’s works were translated into Latin by the medieval scholar Gerard of Cremona. The works included Al Haytham’s ‘book of Optics’ which had a deep influence on many scientists in Europe that lasted till the 17th century - Arabick Roots reveals.
Ibn Al-Haytham is just one of the scientific pioneers featured within both exhibitions; visitors will also be introduced to Master Engineer Al-Jazari - inventor of the fabled Elephant Clock and numerous mechanisms that are used in every machine in the world today.
They will discover how Andalusian physician Al-Zahrawi invented hundreds of surgical instruments and procedures more than a thousand years ago that are still saving lives in modern hospitals; and they will meet Fatima Al-Fihri, the young woman who founded and designed the world’s first modern University, which offered free education to men and women of all backgrounds.
“Muslim civilisation stretched from southern Spain as far as China, and for a thousand years, scholars of many faiths built on the ancient knowledge of the Egyptians, Greeks and Romans, making breakthroughs that helped pave the way for the Renaissance.,” explains Ahmed Salim, Producer and Director of 1001 Inventions.
“The discoveries made by men and women in Muslim civilization — from automatic machines and medical marvels to astronomical observations and inspiring architecture — have left their mark on the way we live today.” he added.
1001 Inventions is a brand that has reached over 50mn people worldwide, and the exhibition by the same name is now open in Doha and showcases these and many more discoveries from the Golden Age of Muslim civilization - including, the first modern university that was built by Fatima Al Fihri in Fez, magnificent time telling machines, surgical tools and mechanical devices – and unveils the cultural and historical context of these discoveries.
The 1001 Inventions Exhibition showcases the influence of the Golden Age of Muslim civilisation on Renaissance. But much less has been written about eastern influence on the scholars of 17th century Europe. At this time in Europe, scholars were rejecting the ways of their predecessors. They promoted a ‘new philosophy’ that relied on mathematical demonstration, proof and experiment instead of theory and logic alone. The scientific revolution sprang from this successful approach, led by scholars like Descartes, Boyle, Newton and Halley.
In this enlightened period, Europe was at an intellectual advantage over the East. The Muslim world was then producing less and less original science, and it might seem safe to assume that Europe’s ‘new philosophers’ would simply reject ancient knowledge. But nothing could be further from the truth. Evidence now shows that the 17th-century scholars of the scientific revolution appreciated and built on ideas from other times and places and honoured their pioneers.
“The most important lesson I’ve learned from developing Arabick Roots is the meaninglessness of the term ‘Clash of Civilizations’ – when cultures learn from each other, they are unlikely to belittle one another,” said Rim Turkmani, curator of Arabick Roots Exhibition. “I now believe that an understanding of science’s international heritage is essential for its progress.”
Arabick Roots was inaugurated by HH Sheikha Moza bint Nasser, Chairperson of Qatar Foundation for Education, Science and Community Development, at its premiere at the Royal Society in London last year.
The Doha version of the exhibition was specially adapted for the Qatari audience through a collaboration between 1001 Inventions and MIA, and is expected to be a launch pad for MIA’s own internationalised, touring exhibition.