Architecture
Structural engineering, design, and landmarks
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Architecture
The steel used in skyscrapers is designed to stretch twenty percent before fracturing
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Architecture
High-altitude dams use specialized generators to account for air that is too thin for cooling
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Architecture
Flying buttresses allowed Gothic cathedrals to replace thick stone walls with massive stained glass windows
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Architecture
The Pantheon's open roof hole actually strengthens its dome by removing weight at the weakest point
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Architecture
Florence's cathedral dome stays standing because its four million bricks are laid in interlocking spirals
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Architecture
Ancient Mesopotamian ziggurats were engineered as artificial mountains to bridge the gap between earth and heaven
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Architecture
The Indus Valley civilization built standardized brick sewer systems over 4,000 years ago
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Architecture
The world's oldest temple was built by hunter-gatherers before the invention of agriculture
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Architecture
The Parthenon has no straight lines because it was designed to correct human optical illusions
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Architecture
Modern skyscrapers use complex algorithms to prevent elevator congestion and balance air pressure
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Architecture
Concert hall floors often hide specialized resonators designed to cancel out specific sound frequencies
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Architecture
High-performance building exteriors are designed to mimic human skin by managing heat and perspiration
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Architecture
The first Egyptian pyramid was created by stacking six traditional flat-topped tombs on top of each other
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Architecture
Inca stonework is so precise it can survive major earthquakes without the use of mortar
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Architecture
Intricate wooden brackets allowed ancient Chinese palaces to survive earthquakes by swaying without collapsing
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