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Transcript
- Lucas: So, we've talked a lot about Aurangzeb's military campaigns, his religious policies, even his personal habits. But there's one side of him that rarely gets discussed — his interest in astronomy. And it's fascinating because it shows a very different Aurangzeb from the stern, puritanical emperor we usually imagine. Luna: Wait, Aurangzeb — the guy who banned music and poetry — was into stargazing? Lucas: Exactly. It seems contradictory, but he actively patronised astronomy. He commissioned astronomical instruments, sponsored scholars, and even had his own set of astronomical tables drawn up. His reign saw a continuation of the Mughal tradition of celestial observation, but with his own particular stamp on it. Luna: What kind of instruments are we talking about? Lucas: Well, the most famous Mughal astronomical instrument is the astrolabe. Aurangzeb's court produced some of the most exquisite astrolabes ever made — engraved brass, often with Persian inscriptions, calibrated for latitudes across the empire. There's one made in 1663 for the emperor himself, now in a museum in Jaipur. They also made celestial globes — intricate spheres showing the constellations, often with the stars marked in gold. Luna: So these were works of art as much as scientific tools. Lucas: Absolutely. The Mughal court valued craftsmanship and precision. But the instruments weren't just decorative — they were used for timekeeping, for determining the qibla direction for prayer, and for casting horoscopes, which Aurangzeb, despite his orthodoxy, apparently still consulted. Lucas: Now, the man behind much of this astronomical activity was Mirza Muhammad Zaman. He was a courtier and a scholar, and Aurangzeb tasked him with compiling a new set of astronomical tables. These tables, called the Zīj-i-Muhammad Shāhī, were meant to update earlier Islamic works with more accurate observations. Luna: Was this purely Islamic astronomy, or did it incorporate Indian traditions too? Lucas: Both. The Zīj-i-Muhammad Shāhī drew on earlier Islamic tables like Ulugh Beg's, but it also integrated elements from Hindu astronomy, particularly the Siddhantic tradition. Mughal astronomers often translated Sanskrit texts into Persian, and they used Indian methods for calculating eclipses and planetary positions. It was a hybrid tradition. Lucas: Aurangzeb also built observatories. Not as famous as his great-grandson Muhammad Shah's Jantar Mantar, but there were observation platforms in Delhi and Lahore, equipped with large quadrants and armillary spheres. These were used to make the measurements for the Zīj. Luna: Did Aurangzeb himself actually observe the stars, or was it just patronage? Lucas: There's some evidence he took a personal interest. The court chronicles mention that he would sometimes discuss astronomical matters with scholars. But he was a busy emperor, so most of the actual work was done by his astronomers. Still, he allocated significant resources — which, given his reputation for frugality, says something about how seriously he took it. Luna: It's interesting that he'd support science while also clamping down on other intellectual pursuits. Lucas: That's the tension. Astronomy was considered a legitimate science in Islamic tradition — it helped with prayer times, calendar, and navigation. Aurangzeb could justify it as practical and religiously neutral. But he banned philosophy and discouraged Sufi mysticism. In a way, astronomy was a safe outlet for intellectual curiosity. Lucas: There's also a story — maybe apocryphal — that Aurangzeb once asked his astronomers to determine the exact moment of his birth, down to the minute, so he could have a horoscope cast. The court astrologers obliged, and apparently the prediction was that he would die in his 80s — which, interestingly, he did. Luna: So even the puritan emperor couldn't resist a good horoscope. Lucas: Right. And it's not the only contradiction. He funded the construction of celestial globes even as he was smashing idols in Hindu temples. That doesn't make him a hypocrite — it makes him complex. He saw astronomy as a way to understand God's creation, and that was permissible. Lucas: The legacy of Aurangzeb's astronomy is mixed. The Zīj-i-Muhammad Shāhī was completed after his death, and it was used for a while, but it never became as influential as Ulugh Beg's tables. And the observatories fell into disrepair. Still, the instruments that survive are stunning reminders of a side of Aurangzeb we rarely see. Luna: It's a nice counterbalance to all the war and politics. Lucas: Exactly. It reminds us that even the most controversial rulers were not one-dimensional. And it shows that the Mughal Empire, even in its declining years, was still a place where science and art could flourish alongside orthodoxy.