Alfred Nobel

Alfred Bernhard Nobel was born in Stockholm on October 21, 1833, the third surviving son of Immanuel Nobel and Andriette Ahlsell Nobel ^[1]. His father was an inventor and builder whose ventures swung between ambition and insolvency. In the year of Alfred's birth the family business failed, and Immanuel eventually left Sweden to seek work abroad, settling in St. Petersburg, where he built a workshop producing machinery and naval mines for the Russian government ^[2].

The rest of the family joined him in Russia in 1842, and the improvement in their fortunes allowed the boys to be educated by private tutors. Alfred proved an unusually quick student. He mastered chemistry and became fluent in several languages, including English, French, German, and Russian alongside his native Swedish ^[1]. He also read widely in literature and wrote poetry in English as a young man, a habit he never entirely abandoned.

In 1850 his father sent him abroad for further training in chemical engineering. Over roughly two years he visited Sweden, Germany, France, and the United States. The stay in Paris mattered most. There he worked in the private laboratory of the chemist Theophile Jules Pelouze, where he met the young Italian chemist Ascanio Sobrero, who had first prepared nitroglycerine in 1847 ^[2]. Sobrero considered the oily liquid too dangerous for practical use, but the encounter planted a problem in Nobel's mind that would define his career.

The Crimean War kept the Nobel workshop in St. Petersburg busy supplying the Russian military, but the peace of 1856 brought cancelled orders and a second bankruptcy for Immanuel Nobel. He returned to Sweden in 1859, and Alfred followed in 1863, while his older brothers Robert and Ludvig stayed in Russia to rebuild the family enterprises there ^[2]. Ludvig later turned the machine works into a major armaments producer, and the brothers went on to develop the Baku oil industry into one of the largest in the world.

Back in Sweden, Alfred and his father concentrated on making nitroglycerine usable. The substance was far more powerful than gunpowder but appallingly sensitive to shock and heat. In 1863 Nobel patented a practical detonator using gunpowder to set off nitroglycerine, and in 1865 he refined the idea into the blasting cap, a mercury fulminate initiator that made controlled detonation possible. Many historians of technology rank the detonator among his most important contributions, arguably above dynamite itself ^[3].

Progress carried a terrible price. In September 1864 an explosion at the family's preparation shed at Heleneborg near Stockholm killed five people, among them Alfred's youngest brother Emil, who was twenty years old ^[1]. The Swedish authorities barred nitroglycerine manufacture within Stockholm, so Nobel moved production first to a barge on a lake and then to an isolated plant at Vinterviken. He founded Nitroglycerin AB in 1864 and opened a factory in Germany at Krummel near Hamburg the following year, the start of what became a multinational industrial network ^[4].

Nitroglycerine accidents continued around the world as the liquid was shipped in unsuitable containers, and several countries restricted or banned it. Nobel's answer came in 1866 and 1867, when he found that kieselguhr, a porous diatomaceous earth, absorbed nitroglycerine and yielded a stable, kneadable paste that could be shaped into cartridges. He patented the mixture in 1867 under the name dynamite, from the Greek word for power ^[1]. The new explosive could be transported and handled with relative safety yet detonated reliably with his blasting cap.

Dynamite arrived exactly when the industrializing world needed it. Railway cuttings, tunnels, harbors, canals, and mines all demanded rock blasting on a scale gunpowder could not deliver economically. Nobel's product was used in projects such as the Corinth Canal in Greece and in Alpine tunneling, and demand grew so fast that he spent much of his life travelling between factories, courtrooms, and patent offices ^[4]. Victor Hugo is often said to have called him Europe's richest vagabond, a description Nobel himself repeated.

He never stopped improving his explosives. In 1875 he created blasting gelatin (gelignite), a mixture of nitroglycerine and nitrocellulose that was more powerful and water resistant than dynamite. In 1887 he patented ballistite, one of the first smokeless propellants, which drew him into a long dispute with the British inventors of the similar cordite ^[3]. By his death Nobel held more than 350 patents covering not only explosives but also synthetic materials, detonating fuses, and equipment designs, and he controlled or partnered in some 90 factories in about 20 countries ^[2]. Any account of Alfred Nobel achievements must also note his range: he experimented with synthetic rubber and leather, artificial silk, and lightweight construction, and he took a serious interest in photography, aeronautics, and blood transfusion research late in life.

Nobel never married and had no children. He was reserved, prone to melancholy, and often in poor health, suffering from migraines and, in later years, from angina, for which his doctors prescribed nitroglycerine, an irony he remarked on in his letters ^[1]. Despite the immense fortune his companies generated, he lived without ostentation and worked constantly, describing himself in a brief satirical autobiography as a pitiable half creature who should have been suffocated at birth by a humane doctor.

Three women shaped his private history. In Paris in his youth he formed an attachment to a young woman who died soon afterward. In 1876 he advertised for a secretary and housekeeper and hired the Austrian countess Bertha Kinsky, later Bertha von Suttner. She left after only a short time to marry Arthur von Suttner, but she and Nobel corresponded for the rest of his life. Von Suttner became a leading peace campaigner and author of the antiwar novel Lay Down Your Arms, and her arguments influenced Nobel's thinking about a prize for peace; she received the Nobel Peace Prize herself in 1905 ^[5]. The third was Sofie Hess, a young Viennese woman whom Nobel supported financially for nearly two decades in a relationship documented in more than 200 surviving letters ^[2].

He was also a lifelong writer. Nobel drafted poems, novels, and at the end of his life a play, Nemesis, based on the story of Beatrice Cenci. Almost the entire print run was destroyed after his death as scandalous, with only a few copies surviving ^[2]. His personal library ran to well over a thousand volumes in several languages, ranging from fiction and poetry to philosophy and theology.

Nobel had lived in Paris since 1873, running his empire from a mansion on Avenue Malakoff and maintaining a laboratory at Sevran. The ballistite affair soured his position in France: after he licensed the propellant to Italy, French authorities accused him of wrongdoing, searched his laboratory, and made continued work there difficult. In 1891 he moved to Sanremo on the Italian Riviera, where he built a new laboratory beside his villa ^[2].

A strange episode in 1888 is often linked to his final decisions. When his brother Ludvig died in Cannes, at least one French newspaper reportedly confused the brothers and printed a premature obituary condemning Alfred as a merchant of death. The story rests on thin documentary evidence, and scholars caution that no copy of the alleged obituary has been reliably produced, but biographers agree that Nobel worried deeply about how posterity would judge him ^[5].

In 1893 he bought the Bofors ironworks in Sweden and set up his last laboratory nearby at Bjorkborn, spending summers there and winters in Sanremo. On November 27, 1895, at the Swedish Norwegian Club in Paris, he signed his third and final will, a document of a few handwritten pages drafted without legal counsel ^[1]. Just over a year later, on December 10, 1896, he died alone except for servants at his villa in Sanremo after a cerebral hemorrhage. He was 63.

The will astonished Nobel's relatives and much of Europe. After modest bequests, it directed that the bulk of his estate, roughly 31 million Swedish kronor, be converted into a fund whose annual income would reward those who had conferred the greatest benefit on humankind in physics, chemistry, physiology or medicine, literature, and peace, with the peace prize awarded by a committee of the Norwegian parliament ^[6]. Family members contested the document and the named awarding institutions hesitated, so his young engineer colleague Ragnar Sohlman, appointed executor, spent years securing the assets and negotiating the framework. The Nobel Foundation was established in 1900, and the first prizes were presented on December 10, 1901, the fifth anniversary of Nobel's death ^[6].

The prizes reshaped his reputation. A name once associated mainly with explosives became the most recognized honor in science and letters, later joined in 1968 by an economics prize funded by Sweden's central bank in his memory ^[6]. The synthetic element nobelium, number 102, was named for him, as were institutions, streets, and the Nobel Museum in Stockholm. Meanwhile the industrial companies he founded evolved into major firms, including branches that eventually merged into Britain's Imperial Chemical Industries and Sweden's Dyno Nobel and AkzoNobel lineages ^[4].

Basic Alfred Nobel facts, the 355 patents usually cited, the factories on five continents, the fortune left to strangers, only begin to explain his hold on public imagination. Readers of any Alfred Nobel biography confront a man who believed, at least for a time, that ever more powerful weapons might deter war altogether, yet who ultimately bet his legacy on rewarding peacemakers and discoverers instead. That tension between destruction and benefaction keeps his story alive more than a century after the first medals were struck ^[5].