FEATURED ARTICLES

The Scientific Center of Kuwait to Host 1001 Inventions in 2015
The Scientific Center of Kuwait announces the February 2015 opening of the award-winning 1001 Inventions Exhibition
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UNESCO Announces 1001 Inventions Partnership
1000 Years of Arabic Optics to be a focus of the United Nations proclaimed 'International Year of Light' in 2015.
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Special Session Announcement: “Science and Innovation during Muslim Civilization and how to present them in Schools and Public Domain", Sharjah, 8-11 Dec 2014. In collaboration with FSTC (UK).
Special Session Announcement “Science and Innovation during Muslim Civilization and how to present them in Schools and Public Domain" Session Code: SS3 Dec 10th, 2:00 – 4:00 p.m. As part of:...
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BSA presents prestigious award to Dr Anne-Maria Brennan
The British Science Association (BSA) awarded Dr Anne-Maria Brennan with the Sir Walter Bodmer Award. Dr Anne-Maria Brennan is board member of FSTC and Chairperson of CE4tF.
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The Transfer of Science Between India, Europe and China via Muslim Heritage
[Proceedings of the conference 1001 Inventions: Muslim Heritage in Our World organised by FSTC, London, 25-26 May 2010]. The Islamic realms served as a crucible for scientific learning from the...
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Black History Month: African contributions to Muslim Civilisation
From the grand University of Sankore, Timbuktu to mathematics and architecture in North Africa, the African contribution within Muslim civilisation is invaluable. As October marks Black History Month...
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1001 Inventions' Science Show and Schools Programme launches in Sao Paulo, Brazil
Tuesday 23rd September 2014, Sao Paulo: A new theatrical science show and educational programme was launched today at the Institute of Butantan. The ‘1001 Inventions Brazil Schools...
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The Courtyard Houses of Syria
The courtyard house is one of the most enduring architectural forms, transcending regional, historical and cultural boundaries. Its balance of simple appropriate construction, environmental control...
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Aleppo Citadel: Glimpses of the Past
The Citadel of Aleppo is one of the oldest monuments in the world. It is the most famous historic architectural site in Syria and is built on top of a huge, partially artificial mound rising 50m...
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The Fate of Manuscripts in Iraq and Elsewhere
In this well informed article, Dr Geoffrey Roper, an expert in the field, outlines an impressive portrait of the dangers and threats encountered by the national heritage of Iraq due to the dramatic...
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1001 Inventions launches Rotterdam Exhibition
Award-winning show about the scientific achievements of Muslim Civilisation now launched
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Ibn Khaldun: Studies on His Contribution in Economy
In the following section, we focus on Ibn Khaldun's contribution to economic thought. We publish contributions by recognized scholars who endeavoured recently to give Ibn Khaldun long overdue credit...
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1001 Inventions Exhibition launches at Museum of Croydon Exhibition Gallery
1001 Inventions Exhibition launches at Museum of Croydon Exhibition Gallery at Croydon Clocktower.
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PICTURE GALLERIES

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Figure 2: Sextant (mushabbaha bi-'l-manātiq) of Taqī al-Dīn. From Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 14b.
Figure 3: Dhāt al-awtār. From Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 13b.
Figure 4: Observational clock. Source: Ālāt al-rasadiya li-zīj al-shāhinshāhiyya (T), Library of the Topkapi Palace Museum, Hazine 452, fol. 16a.
Figure 5: Mechanical clock of Taqī al-Dīn. Image taken from Sifat ālāt rasadiya bi-naw'in ākhar. Source: Kandilli Rasathanesi El Yazmalari 1: Türkçe Yazmalar, proje sorumlusu: Günay Kut, Istanbul: Bogaziçi Üniversitesi Yayinevi, 2007, p. 122.
Figure 6: Azimuthal semicircle (dhāt al-samt wa'l-irtifā') of Taqī al-Dīn. Source: Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 452, folio 10a.
Figure 7: Parallactic instrument of Taqī al-Dīn. Source: Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 452, folio 11b.
Figure 8: The quadrant made of rulers of Taqī al-Dīn. Source: Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 452, folio 12b.
Figure 9a-b: Astronomical instruments of Taqī al-Dīn. Images taken from Tafsīr ba'dh al-ālāt al-rasadiyya: Source: Kandilli Rasathanesi El Yazmalari 1: Türkçe Yazmalar, edited by Günay Kut, Istanbul: Bogaziçi Üniversitesi Yayinevi, 2007, 39.
Figure 10: Taqī al-Dīn and his observatory. Source: Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 452, folio 17a.
Figure 11: The dioptra of Taqī al-Dīn. Source: Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 452, folio 13a.
Figure 12: Mural quadrant (libna) of Taqī al-Dīn. Source: Al-Ālāt al-rasadiya li-zīj al-shāhinshāhiyya, Library of the Topkapi Palace Museum, Hazine 452, fol. 452, folio 9a.
Figure 13: The colophon of Tarjumān al-atibbā' wa-lisān al-alibbā', The National Library of Medicine in Bethesda, Maryland (MS A75, folio 2a) (Source).
Figure 2: Shlomo Pines (1908–1990). (Source).
Figure 2: The Escapement Mechanism generating incremental movement of the crown wheel.
Figure 3: Novel gravity system introduced as a source to power the clock.
Figure 4: Schematic side view of the main mechanisms in the clock.
Figure 5: Details of the escapement and top view of the pallets.
Figure 6: Schematic diagram of the striking train system.
Figure 7: Count wheel.
Figure 8: Examples of clock housing framework.
Figure 9: Side view of striking train
Figure 10: Examples of levers with ends designed for hooking or engaging the count wheel.
Figure 11: Three dimensional view of the Striking Train.
Figure 12: Schematic diagram of the alarm system.
Figure 13: Front and side view of the dial wheel.
Figure 14: Bird-Dragon mechanism.
Figure 15: Dragon and verge connection.
Figure 16: Configuration of display wheel and view from the front facade.
Figure 17: The great wheel.
Figure 18: Overal mechanism of the clock.
Figure 19: Schematic diagram of the internal workings of the clock.
Figure 20
Figure 21
Figure 22: Close up of the escapement.
Figure 23: Pallets with 120o between them.

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