How to Learn the History of Science: 80 Flashcards From Nabta Playa to the Kerala School
Study deck DS0047 the right way: 80 cards on Egypt, Babylon, India, China and the Maya, the sample cards that matter, and the two cards to fix first.
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The deck History of Science & Technology (code DS0047, 80 cards) opens with a thirteen-card summary running from Mesopotamia to post-war big science — then spends its remaining sixty-seven cards almost entirely on the ancient and medieval world outside Europe. Studied with that in mind, it is one of the sharpest decks in the library.
Study this deck: History of Science & Technology
1 / 10Where can the earliest roots of scientific thinking be traced?
Tap the card for the answer · swipe right if you knew it, left if not
What the 80 cards actually cover
- 1–13, the overview: the three branches of science (natural, social, formal), the 400–1000 CE decline of Greek learning in Latin Europe, the Islamic Golden Age as preserver and translator, the Scientific Revolution, the chemical revolution, the 19th-century trio (conservation of energy, age of Earth, evolution), Draper's conflict thesis, the Royal Society of 1660.
- 14–29, prehistory, Egypt, Nubia: oral tradition, maize domesticated ~9,000 years ago, Nabta Playa aligned to the heliacal rising of Sirius, decimal numbering from c. 3000 BCE, the 3-4-5 triangle, the Ebers and Edwin Smith papyri, tetracycline traces in Nubian mummies.
- 30–40, Mesopotamia: haruspicy and liver anatomy, the āšipu versus the asu, Esagil-kin-apli's Diagnostic Handbook, the astronomer Kidinnu, Plimpton 322.
- 41–58, India: Indus 4:2:1 bricks, the Mohenjo-daro ruler, the Bakhshali manuscript, Aryabhata's sine function and zero, Brahmagupta on gravity, Madhava's infinite series, Pāṇini's 4,000 rules, the Sushruta and Charaka Samhitas, the Catuskoti, the four pramāṇas of Navya-Nyāya.
- 59–74, China: counting boards, negative numbers, Jia Xian's triangle, Liu Hui and Zu Chongzhi on pi, 112 sunspot records from 364 BCE, Zhang Heng's seismometer, Shen Kuo's compass and geomorphology, Bi Sheng's movable type, Su Song's clocktower.
- 75–80, Mesoamerica and two strays: Zapotec writing, Maya base-20 zero, the Alexandrian Library, the Renaissance.
Eight representative cards
| Front | Back |
|---|---|
| What does the Plimpton 322 tablet reveal? | An 18th-century BCE tablet recording Pythagorean triplets — over a millennium before Pythagoras |
| Who was Aryabhata and what did he contribute? | Indian astronomer (476–550); introduced the sine function and the number 0 in his Aryabhatiya (499) |
| What did Brahmagupta suggest about gravity? | In 628, that gravity was a force of attraction |
| How accurate was Nilakantha Somayaji's planetary model? | His Mercury and Venus equations beat European and Islamic astronomy until Kepler |
| What did Zhang Heng invent in 132 CE? | A seismometer signalling earthquake direction to the authorities |
| What did Su Song create in 1088? | An astronomical clocktower with an escapement and the oldest known endless chain drive |
| What was an āšipu? | An exorcist-healer, the main medical authority in East Semitic cultures |
| What numerical system did the Maya develop? | A positional base-20 system including zero, used for calendars |
The names that are not in this deck
No Aristotle, Archimedes, Euclid, al-Khwarizmi, Ibn al-Haytham, Copernicus, Galileo, Newton, Darwin or Einstein. No Industrial Revolution, steam engine, telescope, European printing press or DNA. The only Europeans named anywhere sit inside a back, to say that Babylon, China or Kerala got there first: Pythagoras (card 40), Pascal (62), Kepler (51). The deck is an argument about priority, not a timeline. Fill the other half from Famous Scientists & Inventors and the Inventions Timeline.
Two fixes before your first review
Delete card 80. It asks what revolution occurred in Europe during the Renaissance and answers with the 16th–17th centuries and systematic experimentation — cards 6 and 7 again, at the very end of the deck. Keep card 7, which names the mechanistic worldview and the scientific method.
Put the historian's name on card 74. Card 12 tells you Draper's conflict thesis has lost favour among historians; card 74 then hands you Needham's religious explanation for China's failure to produce modern science as settled fact. Rewrite the front as According to Joseph Needham, why…: memorising the attribution with the claim is what separates a usable exam answer from a wrong one.
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