What's in a Name? Words based on Pesons's name. Part III
What's in a Name?
We have met soldiers, earls, and inventors. In this episode: a French weaver who accidentally invented computing, a woman who dared to wear trousers in 1851, a portrait painter who built a communication revolution, a Dutch physicist obsessed with temperature, and a duke who never once wore the boot that bears his name.
Joseph Marie Jacquard (1752–1834) was born into a weaving family in Lyon, France, and spent his early years as a silk drawboy — a child who sat atop the loom and manually lifted the warp threads for each pass of the shuttle. It was exhausting, error-prone, and soul-destroying. He spent the next thirty years trying to automate himself out of his own childhood job.
In 1804, Jacquard demonstrated his revolutionary loom attachment to Napoleon Bonaparte in Paris. The device used a chain of stiff pasteboard cards, each punched with holes in patterns. As the cards passed over a cylinder of pins, the pins either pushed through the holes (lifting one set of threads) or were blocked by the card (suppressing another). The card determined the pattern row by row — automatically, perfectly, repeatably. Complex silk brocades and damasks that had required the most skilled weavers working for months could now be produced at speed by a single operator.
Napoleon was so impressed that he awarded Jacquard a pension and decreed that his loom was public property. Lyon's weavers — who rightly recognised that the machine would destroy their livelihoods — rioted. Jacquard was attacked in the street. His looms were smashed. He was unharmed but reportedly told: "You are automating yourselves out of existence." He was right. The Jacquard loom spread across Europe and eventually worldwide.
Amelia Jenks Bloomer (1818–1894) was an American women's rights activist, temperance reformer, and the editor of The Lily — the first newspaper in the United States published for and by women. She was not, as is often stated, the inventor of the garment that bears her name. That honour belongs to Elizabeth Smith Miller, who designed the practical costume of a short dress worn over full, loose trousers gathered at the ankle in 1851. But it was Amelia Bloomer who wore it, promoted it relentlessly in her newspaper, and sent out thousands of patterns to women who wrote to her asking where to get one.
The "Bloomer costume," as it was quickly named by the press, was both a fashion statement and a political act. Victorian women wore up to fifteen pounds of petticoats and skirts that swept the ground, collected filth, and made physical activity nearly impossible. The bloomer costume replaced all that with a calf-length dress and roomy trousers. Women could move. They could ride bicycles. They could climb stairs without assistance. The press was outraged. Cartoonists depicted bloomer-wearers as strident amazons stealing men's trousers along with their rights. Amelia Bloomer received hate mail.
Bloomer herself eventually stopped wearing the costume — not from cowardice but from pragmatism: "The attention of my audiences was fixed upon my clothes instead of my words," she wrote. The costume faded from view for twenty years, then returned in the 1880s with the bicycle craze. Women who needed to cycle required practical clothing, and loose ankle-gathered trousers were the obvious answer. The word bloomers was revived — and has never really gone away.
Samuel Finley Breese Morse (1791–1872) spent the first half of his life not as an inventor but as a painter. He was one of the most accomplished portrait artists in early America — his portraits of the Marquis de Lafayette and President James Monroe hang in museums to this day. Morse was well-connected, well-regarded, and quietly heartbroken: in 1825, while he was away in Washington painting a commission, his wife Lucretia died suddenly. He didn't find out until three days after her funeral — the only communication available was a horse-carrying a letter.
That grief changed everything. In 1832, on a transatlantic voyage home from Europe, Morse fell into conversation about electromagnetism and had an idea: if electricity could be sent instantly along a wire, why couldn't it carry a message? He spent the rest of the voyage sketching a device. For the next twelve years, in near-poverty, he developed the electromagnetic telegraph and — crucially — the code that would run on it. The code he designed with his assistant Alfred Vail assigned short combinations of dots and dashes to each letter, with the most common letters (E, T, A) getting the shortest codes. It was, in effect, an early compression algorithm.
On May 24, 1844, Morse sent the first long-distance telegram from the US Capitol in Washington to the Baltimore & Ohio Railroad depot in Baltimore — a distance of sixty-four kilometres. The message, chosen by Annie Ellsworth (daughter of the Patent Commissioner), was a line from Numbers 23:23: "What hath God wrought." The telegraph age had begun. Within a decade, thousands of miles of wire criss-crossed America and Europe. By 1866, a cable lay on the floor of the Atlantic Ocean. The world had shrunk.
Daniel Gabriel Fahrenheit (1686–1736) was born in Danzig (now Gdańsk, Poland) and orphaned at fifteen when both his parents died on the same day from eating poisonous mushrooms. He was sent to Amsterdam to learn trade and commerce, but fell in love with scientific instruments. He spent the rest of his life in the Netherlands making thermometers — better, more precise, more reproducible thermometers than anyone had made before.
The problem with early thermometers was inconsistency: two thermometers built by different craftsmen would give different readings for the same temperature. In 1714, Fahrenheit solved this by inventing the mercury-in-glass thermometer — mercury was far more consistent in its expansion than alcohol — and then devising a reproducible scale. He set his zero point at the coldest temperature he could reliably achieve in his laboratory: a mix of ice, water, and ammonium chloride (roughly −17.8°C). He set 96° as the approximate temperature of a healthy human body (holding the thermometer in the mouth or armpit). That gave him two fixed, reproducible reference points from which to calibrate any thermometer.
Water's freezing point (32°) and boiling point (212°) were not Fahrenheit's original calibration points — they were simply where they happened to fall on his scale, and other scientists calculated them after the fact. The scale spread rapidly through the English-speaking world, adopted by ship captains, physicians, and scientists. When the rest of the world eventually switched to Celsius in the twentieth century, the United States declined to follow. The Fahrenheit scale remains, stubbornly and exclusively, American.
Arthur Wellesley, 1st Duke of Wellington (1769–1852), was the British general who defeated Napoleon Bonaparte at the Battle of Waterloo in 1815. He is one of the most celebrated military commanders in European history — cool, methodical, contemptuous of glory, and meticulously concerned with logistics. ("An army marches on its stomach," he said — though he probably borrowed the line from Napoleon.) He was also, improbably, a footwear trendsetter.
Wellington was a man of decisive opinions about boots. The standard military boot of the Napoleonic era was the Hessian boot — a tall cavalry boot that rose to the knee at the front, curved down behind, decorated with a tassel, and designed primarily for equestrian use. Wellington found it fussy and impractical for the battlefield. Around 1817, he instructed his personal shoemaker, Hoby of St. James's Street in London, to make him a tighter-cut, shorter boot with no tassel — a plain, functional leather boot that could be worn under trousers as well as with breeches. The aristocracy, who regarded Wellington with hero-worship after Waterloo, immediately copied his style. The "Wellington boot" became the fashionable boot of the British upper class.
The transition from leather to rubber happened a generation later. In 1856, Hiram Hutchinson purchased the American vulcanised rubber patents from Charles Goodyear and moved to France, where he began manufacturing waterproof rubber boots modelled on the Wellington silhouette. French farmers adopted them immediately — mud-caked leather was ruinous; rubber simply washed clean. The rubber wellington spread across agricultural Europe, then to Britain, then globally. Wellington himself died in 1852, four years before Hutchinson's factory opened. He never wore a rubber welly in his life.
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