Latest / Tamerlane: The Conqueror Who Tried to Rebuild the Mongol Legacy — Fexingo History / Tamerlane's Captured Scholars: The Samarkand Renaissance
Transcript
- Lucas: So we've talked a lot about Tamerlane the conqueror, the battles, the skull pyramids, the prisoners. But there's a side to him that often gets overshadowed, and it's the one that, I think, had the most lasting impact on the world. Luna: You mean the builder, the patron of the arts? Lucas: Exactly. I'm talking about his obsession with bringing scholars and scientists to Samarkand. He didn't just collect treasures and craftsmen; he deliberately gathered the brightest minds from every city he conquered. And that created what we now call the Timurid Renaissance. Lucas: Think about it: he sacked Damascus, Baghdad, Delhi, Isfahan. But instead of just enslaving the people, he often singled out astronomers, mathematicians, historians, and poets. He brought them back to his capital, sometimes by force, sometimes by generous offers. And in Samarkand, they found a patron who wanted to build an empire of knowledge. Luna: So he was like a collector of brains, not just gold. Lucas: That's a good way to put it. The gold was just a means to an end. He wanted to make Samarkand the greatest city on earth, and he knew that meant having the greatest scholars. He had a personal library that was said to be immense, and he surrounded himself with people who could read and write in Persian, Arabic, and even Greek. Lucas: We have a detailed account from Ruy González de Clavijo, the Castilian ambassador, who visited Samarkand in 1403. He describes banquets where Tamerlane would discuss history and philosophy with his guests, and he speaks of the great mosque, the Bibi-Khanym, and the madrasas where scholars taught. Clavijo mentions that there were so many learned men in the city that it seemed like every other person you met was a poet or a scientist. Luna: I didn't know he was that involved in intellectual life. Lucas: He wasn't just a patron, he was genuinely interested. He encouraged debates on theology and science, and he had a particular fascination with astronomy. He would often sit with his astrologers, asking about the movements of the stars, and he used their predictions to time his campaigns. But it wasn't just superstition; he respected the science behind it. Lucas: One of the most famous scholars he brought to Samarkand was Jamshid al-Kashi, a brilliant mathematician and astronomer from Kashan in Persia. Al-Kashi was captured during one of the campaigns, and he ended up in Samarkand, where he later worked at the observatory that Tamerlane's grandson, Ulugh Beg, would build. Al-Kashi calculated pi to 16 decimal places, which wasn't beaten for almost 200 years. Luna: Sixteen decimal places? That's amazing for the 15th century. Lucas: And he wasn't the only one. There was also Ghiyath al-Din Jamshid, another mathematician, who worked on optics and trigonometry. And the historian Sharaf al-Din Ali Yazdi, who wrote the Zafarnama, the official biography of Tamerlane. That book is still one of our main sources for his life. So these weren't just court flatterers; they were serious scholars. Lucas: But here's the thing, and this is where it gets interesting. Tamerlane himself wasn't a scholar. He was a warrior, a leader. He could barely read, or at least that's what some accounts suggest. But he understood the power of knowledge. He knew that to make his empire last, he needed more than just swords; he needed to build a civilization that would outshine all others. Luna: So he was strategic about it, even in his intellectual pursuits. Lucas: Exactly. And the result was a golden age in Samarkand. But there's a darker side to this story, too. The scholars were often treated as prisoners, not guests. They couldn't leave. They were kept in the city under his watchful eye. So there's a tension between his role as a patron and his role as a conqueror. Lucas: And that tension carries over to his legacy. On one hand, he created a vibrant intellectual center. On the other, he did it by destroying other centers. When he sacked Baghdad, he killed thousands and burned libraries. So he was simultaneously a destroyer of knowledge and a creator of it. Luna: It's like he was cherry-picking what to save. Lucas: That's a good point. He took the people, but he also destroyed the institutions that had produced them. After his death, his descendants, especially his grandson Ulugh Beg, continued that intellectual tradition. Ulugh Beg built the famous observatory in Samarkand, and he himself was a great astronomer. He studied the stars for decades and produced star catalogues that were used for centuries. Lucas: So the seeds Tamerlane planted, even if they were planted in the blood of other cities, did blossom into something remarkable. And that's a legacy that we still live with today, in the mathematics we use, in the astronomy we study, in the books we read about his life. Luna: That's a very nuanced picture of him. Lucas: History is never black and white. And I think that's what makes these conversations so interesting. We're not just talking about battles and dates; we're talking about the ideas that shaped our world. Luna: It is. And honestly, if you're enjoying these deep dives, you could always help us keep making them. It's the small things that count. Lucas: Right. If today's episode was worth a coffee to you, that's the link — buy me a coffee dot com slash fexingo. Just a little something to keep the podcast ad-free and going. Luna: And it genuinely helps us cover topics like this. Lucas: Exactly. Now, back to Tamerlane. We were talking about how he brought scholars to Samarkand, but there's a specific story I want to tell you about. It's about a mathematician who tried to measure the stars, and how his work almost got lost. Luna: Oh, I love a good lost work story. Lucas: So, after Tamerlane's death, Ulugh Beg took over as governor of Samarkand. He was a scientist at heart, and he decided to build an observatory that would be the envy of the world. He hired the best minds, including al-Kashi, to work there. And together, they compiled the Zij-i Sultani, a star catalogue that listed over 1,000 stars with incredible precision. Lucas: The observatory itself was a masterpiece of engineering. It had a giant sextant, a curved arc that was about 40 meters long, built into a building. It was so precise that they could measure the position of stars with an accuracy that wasn't achieved again until the invention of the telescope. Luna: Wait, so they had better measurements without a telescope than people did later? That's wild. Lucas: It's because they were patient and meticulous. They observed the same stars over and over for years, and they used mathematics to correct for errors. But here's the catch: after Ulugh Beg was assassinated in 1449, the observatory was abandoned and eventually destroyed. The building crumbled, and the instruments were lost. For centuries, people thought the observatory had been a myth. Lucas: But in 1908, a Russian archaeologist named Vasily Vyatkin found the remains of the observatory. He was digging in Samarkand when he uncovered the curved arc of the sextant, still embedded in the ground. And they also found some of the manuscripts, including the Zij-i Sultani, which had been copied and preserved in other libraries. Luna: So the knowledge wasn't lost, just scattered. Lucas: Exactly. And that's a testament to the intellectual legacy that Tamerlane sparked. Even though his empire fragmented, the ideas lived on. They influenced astronomers in Persia, in the Ottoman Empire, and even in Europe. So when we think about Tamerlane, we shouldn't just think about the conqueror. We should think about the person who accidentally started a scientific revolution.