4.1.3 Technology in the Islamic World

Despite the absence of centralized political authority, communication across long distances was possible in the Islamic world because Arabic, the language of the Quran, also served for most scholarly and administrative purposes as well as religious ones. Scholars were widely scattered but rarely were they isolated, and most traders carried letters across long distances as part of their cargo. Scientists were thus able to compare their observations, students learned from advisers and mentors in far-off lands, and members of the ulama sought counsel from colleagues they might never meet.

Because of the dominance of trade and travel in the Islamic world, scientific and technological innovations that supported these endeavors were especially prized. Mapmaking, for example, was particularly valued. Maps were created by geographers who collected information about the known world through either their own observations or knowledge disseminated by others. For example, in 1513, the Ottoman admiral and cartographer Piri Reis completed a map of the known world (Figure 4.9). To do so, he relied on observations made by Christopher Columbus, Portuguese explorers in India, and several Arab sources. Unfortunately, only about one-third of his map has survived.

One of the travelers who produced a wealth of geographic information for Islamic mapmakers was Ibn Battuta, a fourteenth-century Moroccan reputed to have traveled more than seventy-three thousand miles during his lifetime. He initially journeyed to Mecca to perform the hajj, the Islamic pilgrimage to Mecca, but then decided to continue exploring north and east of Arabia instead of going home. He eventually made his way to China, returning via East Africa and crossing the Sahara to Mali as an envoy of the king of Morocco. Toward the end of his life, Ibn Battuta dictated his memoirs of his travels, which not only were important for mapmakers of his time but also remain a valuable primary source for historians today. Other travelers also produced hajj narratives that pilgrims often used as guides to the lands they passed through.

Beyond developing devices useful for trade and travel, Islamic innovators also devised systems for using location and compass headings to calculate the qibla, the direction toward Mecca that Muslims must face while praying. Early methods relied on crude directions (“Mecca is east”), but by the ninth century, mathematical calculations were being used. By the fourteenth century, mathematics had progressed to the degree that Shams al-Din al-Khalili, the official timekeeper of Damascus, applied advanced trigonometry to calculate the qibla for a range of locations with such precision that today’s satellite technology is barely able to improve on it. These and other efforts to fix a person’s location on the globe led to advancements in astronomical measurements, as did the need to calculate prayer times each day based on the sun’s position in the sky.

Military technology, especially the use of gunpowder, also greatly advanced in this period. Originally developed in China, gunpowder was transmitted to the Islamic world in the thirteenth and fourteenth centuries, possibly first introduced by the Mongols. By the fifteenth century, the Janissary corps of the Ottoman Empire were using firearms like the arquebus, an early long gun, in battle. And it was the Ottomans who famously used artillery in the siege of Constantinople in 1453. The Ottoman Empire was not the only Islamic state to use and improve upon gunpowder arms. Both the Safavids in Iran and the Mughals in India were famous for their ability to arm their soldiers with firearms like the powerful matchlock rifle (Figure 4.10).

In 1974, historians Marshall G. S. Hodgson and William H. McNeill theorized that the adoption of gunpowder technology was what led to the rise of the Ottoman, Safavid, and Mughal realms, coining the term “gunpowder empires” as a description of them. Today that theory is largely disputed, but the name has remained. What these empires had in common was their conception of the entire state as a military force, in which all political, economic, and cultural resources were coordinated by the central government to strengthen the army and maintain internal and external security. Their view of the state and their ability to consolidate resources in order to pay for technological advances also enabled these three empires to research, develop, and deploy new military technologies, including firearms and cannon, much more quickly than their enemies did. For more than two centuries, they were among the strongest and most stable economies in the world, and their patronage of art and culture produced works of visual art, architecture, and literature that are still considered among the best ever produced. Collectively, the so-called gunpowder empires earned the awe, envy, respect, and fear of their contemporaries in Europe, Africa, and Asia.