All of Human History

3.3 million years · one continuous record

All of Human History

Every invention, discovery and turning point, laid out on a single coiling spiral — the centre is three million years ago, the rim is today. Drag to pan, scroll to zoom, or jump straight to a year.

STONE AGEBRONZE AGEIRON AGEANTIQUITYMIDDLE AGESRENAISSANCEINDUSTRIAL AGEMODERN ERAINFORMATION AGE3.0 million BCE1.0 million BCE300,000 BCE80,000 BCE20,000 BCE4,000 BCE0140019001980201620242026

In view · 3.3 million BCE2026

60 entries
c. 3.3 million BCETechnology

Earliest stone tools

Sharp-edged flakes and cores knapped from river cobbles at Lomekwi, predating the genus Homo.

East Africa

c. 2.6 million BCE – 1.7 million BCETechnology

Oldowan tool industry

A systematic tradition of choppers, scrapers and hammerstones associated with Homo habilis.

Africa

c. 1.7 million BCETechnology

Acheulean handaxe

The symmetrical teardrop biface, made to a mental template rather than by opportunistic flaking.

Africa

c. 170,000 BCETechnology

Clothing and tailored hides

Genetic dating of body lice suggests regular clothing use by this period.

Africa

c. 30,000 BCETechnology

Ceramic firing

The Venus of Dolni Vestonice, fired clay figurines made before pottery vessels.

Central Europe

c. 28,000 BCETechnology

Spun fibre and textiles

Impressions of twisted cordage and woven netting in fired clay.

Central Europe

c. 20,000 BCETechnology

Pottery vessels

Cooking pots from Xianrendong Cave, made by foragers long before farming.

East Asia

c. 18,000 BCETechnology

Jomon pottery

Hunter-gatherers in the Japanese archipelago made cord-marked cooking vessels among the world's oldest.

Japan

c. 8,500 BCETechnology

Copper cold-working at Cayonu

Anatolian villagers hammered native copper into beads and awls without smelting.

Anatolia

c. 8,000 BCETechnology

Bricks and mudbrick architecture

Sun-dried moulded bricks at Jericho and Catalhoyuk.

Levant and Anatolia

c. 6,500 BCETechnology

Copper smelting

Ore reduced to metal in furnaces at Belovode and Catalhoyuk.

Balkans and Anatolia

c. 6,000 BCETechnology

Woven cloth loom

Warp-weighted looms turn spun thread into cloth at scale.

Southwest Asia

c. 6,000 BCETechnology

Silk in China

Traces of silk protein in Yangshao tombs show silkworms were already reeled and woven.

China

c. 5,400 BCETechnology

Copper smelting at Belovode

A Serbian Vinca site preserves the earliest secure evidence of extracting copper from ore.

Balkans

c. 3,500 BCETechnology

Cotton spinning in the Indus

Cotton threads at Mehrgarh show a fibre industry independent of Old World wool and flax.

South Asia

c. 3,300 BCETechnology

Bronze alloying

Copper deliberately alloyed with tin to make a harder, castable metal.

Southwest Asia

c. 2,900 BCETechnology

Glass making

Faience and then true glass produced from silica, soda and lime.

Mesopotamia and Egypt

c. 2,600 BCETechnology

The Great Pyramid engineering

Precise quarrying, levelling and logistics for 2.3 million limestone blocks.

Egypt

c. 1,200 BCETechnology

Iron smelting

Bloomery furnaces produce workable iron from abundant ore.

Anatolia and Levant

c. 1,000 BCETechnology

Iron working at Nok and the Great Lakes

Sub-Saharan smiths built shaft furnaces producing steel-grade bloom iron.

West Africa

c. 700 BCETechnology

Aqueducts and qanats

Underground channels carry mountain groundwater to arid settlements.

Persia

c. 500 BCETechnology

Cast iron

Chinese furnaces reach temperatures that liquefy iron for casting into moulds.

China

c. 300 BCETechnology

Cast iron and the blast furnace in China

Chinese foundries reached temperatures to pour iron, 1,500 years before Europe.

China

c. 100 BCETechnology

Roman concrete

Volcanic ash mixed with lime yields a cement that sets underwater.

Roman Republic

c. 50 BCETechnology

Glassblowing

Syrian workers inflate molten glass on a hollow rod.

Levant

c. 60Technology

Hero's steam device and automata

Hero of Alexandria described the aeolipile, coin-operated dispensers and self-opening temple doors.

Egypt

c. 400Technology

Iron pillar of Delhi

A seven-metre wrought iron column has resisted corrosion for sixteen centuries.

South Asia

c. 500Technology

Wootz crucible steel

South Indian smiths made high-carbon steel ingots later famed as Damascus blades.

South Asia

c. 860Technology

Banu Musa's Book of Ingenious Devices

Three Baghdad brothers described a hundred automatic and feedback-controlled machines.

Iraq

c. 1000Technology

Great Zimbabwe stone architecture

Shona builders raised mortarless granite enclosures at the centre of a gold trading state.

Southern Africa

1088Technology

Mechanical escapement clock

Su Song's water-powered astronomical clock tower keeps regular time.

China

c. 1100Technology

Angkor hydraulic city

Khmer engineers built barays and canals irrigating a metropolis of a million people.

Southeast Asia

c. 1180Technology

Wheelbarrow and spinning wheel reach Europe

Two Asian labour-saving devices entered European workshops and fields.

Europe

1206Technology

Al-Jazari's automata and crank-connecting rod

The Artuqid engineer described pumps, clocks and the crank-slider mechanism.

Anatolia

c. 1280Technology

Mechanical clock in monasteries

Weight-driven verge and foliot clocks began ringing the canonical hours.

Europe

c. 1300Technology

Blast furnace in Europe

Taller furnaces with water-powered bellows produce liquid iron.

Europe

1642Technology

Mechanical calculator

Pascal's Pascaline adds and subtracts with geared wheels.

France

1656Technology

Pendulum clock

Huygens applies the pendulum, cutting daily error from minutes to seconds.

Netherlands

1733Technology

Flying shuttle

John Kay's shuttle let one weaver work a broad loom alone.

England

1769Technology

Water frame and factory spinning

Arkwright mechanises cotton spinning under one roof.

England

1779Technology

Iron Bridge at Coalbrookdale

The first large structure cast entirely in iron spanned the Severn.

England

1784Technology

Puddling and rolling of wrought iron

Henry Cort's process turned pig iron into malleable bar iron at industrial scale.

England

1785Technology

Power loom

Edmund Cartwright mechanised weaving to match mechanised spinning.

England

1801Technology

Jacquard punched-card loom

Punched cards controlled the weave pattern automatically.

France

1824Technology

Portland cement and thermodynamics

Joseph Aspdin patented Portland cement as Carnot analysed the limits of heat engines.

England

1839Technology

Vulcanised rubber

Charles Goodyear stabilised rubber with sulphur and heat.

United States

1846Technology

Sewing machine

Elias Howe's lockstitch machine, refined by Singer, mechanised stitching.

United States

1849Technology

Safety pin

Walter Hunt patented a coiled-spring pin with a guarded point in a single afternoon.

United States

1851Technology

The Crystal Palace and prefabrication

A vast iron and glass hall was assembled from mass-produced standard parts.

Britain

1852Technology

Safety elevator brake

Elisha Otis demonstrated a lift that would not fall if the rope was cut.

United States

1855Technology

Modern refrigeration

James Harrison built the first practical vapour-compression ice machine.

Australia

1856Technology

Bessemer process

Air blown through molten pig iron burns off carbon to make cheap steel.

England

1867Technology

Dynamite

Alfred Nobel stabilised nitroglycerine in absorbent earth.

Sweden

1886Technology

Aluminium smelting

Hall and Heroult independently found a cheap electrolytic route to aluminium.

Global

1890Technology

Punched-card tabulating machine

Herman Hollerith's machines counted the US census in a fraction of the time.

United States

1893Technology

Zipper

Whitcomb Judson's clasp locker was refined by Gideon Sundback into the modern zip.

United States

1902Technology

Air conditioning

Willis Carrier built a machine to control humidity in a printing plant.

United States

1907Technology

Synthetic plastic

Baekeland produces Bakelite, a fully synthetic thermoset resin.

United States

1913Technology

Moving assembly line

Ford cuts Model T assembly from twelve hours to ninety minutes.

United States

1913Technology

Stainless steel

Harry Brearley found a chromium steel that resisted rust.

Britain