Michael Faraday
Quotes & Wisdom
Michael Faraday: The Bookbinder Who Electrified the World
The son of a blacksmith who could barely afford food, Michael Faraday received almost no formal education - yet he became the most influential experimental scientist of the nineteenth century. Born in 1791 in south London, Faraday taught himself chemistry and physics while working as a bookbinder's apprentice, reading the very volumes he was hired to bind. A chance ticket to a lecture by Sir Humphry Davy changed everything. Within a decade, the self-taught youth had discovered electromagnetic induction, invented the electric motor, and laid the groundwork for the electrical age. His field theory inspired James Clerk Maxwell and eventually Albert Einstein. Humble, deeply religious, and gifted with an extraordinary ability to make science comprehensible, Faraday turned down a knighthood and the presidency of the Royal Society, preferring the laboratory to the honors it offered.
Context & Background
Michael Faraday was born on September 22, 1791, in Newington Butts, a modest neighborhood in south London. His father, James Faraday, was a blacksmith from the north of England who had moved to London in search of work. His mother, Margaret, was a former servant. The family was poor - genuinely, grindingly poor. James Faraday suffered from chronic illness that left him frequently unable to work, and young Michael later recalled weeks when the family's entire food supply consisted of a single loaf of bread divided among four children.
The Faradays belonged to the Sandemanian church, a small, austere Christian sect that emphasized simple living, biblical literalism, and the separation of worldly ambition from spiritual devotion. This faith would shape Faraday's character for life: his humility, his indifference to wealth and honors, his belief that the natural world was a revelation of divine order. He never abandoned the Sandemanians, serving as an elder in the congregation and drawing comfort from his faith even as his scientific discoveries made him famous.
Faraday's formal education ended at thirteen. He could read, write, and perform basic arithmetic - nothing more. In 1805, at the age of fourteen, he was apprenticed to George Riebau, a bookbinder and bookseller on Blandford Street in London's West End. It was the luckiest accident of his life.
Where other apprentices saw work, Faraday saw a library. He read the books that came in for binding with the same hunger that had characterized his childhood meals. Two works changed his life: the article on electricity in the Encyclopaedia Britannica and Jane Marcet's Conversations on Chemistry, a popular science book written specifically for readers without scientific training.
Faraday did not merely read - he experimented. Using old bottles, scraps of wire, and whatever materials he could scavenge, he built a crude electrostatic generator and a simple voltaic pile (an early battery). He conducted experiments in electrochemistry at his workbench, teaching himself the principles he had read about. He also began attending public lectures at the City Philosophical Society, where he took meticulous notes and practiced the art of clear scientific explanation.
In 1812, a customer of Riebau's gave Faraday tickets to attend four lectures by Sir Humphry Davy at the Royal Institution of Great Britain. Davy was the most celebrated chemist in England - charismatic, brilliant, and spectacularly successful. Faraday attended the lectures, took careful notes, bound them beautifully, and sent the volume to Davy with a letter asking for any position, however humble, in the service of science.
Davy was impressed. When a laboratory assistant's position opened at the Royal Institution in March 1813, he offered it to Faraday. The bookbinder's apprentice walked into the most important scientific laboratory in Britain and never looked back.
Faraday's early years at the Royal Institution were spent as Davy's assistant - mixing chemicals, cleaning equipment, and accompanying Davy on an eighteen-month tour of European scientific laboratories. It was an extraordinary education. Faraday met Andre-Marie Ampere in Paris and Alessandro Volta in Milan, absorbing the latest developments in chemistry and physics firsthand.
By the 1820s, Faraday had begun making his own discoveries. In 1821, following Hans Christian Oersted's demonstration that an electric current could deflect a compass needle, Faraday built the first device to produce continuous electromagnetic rotation - in essence, the first electric motor. The discovery made him famous and, unfortunately, aroused the jealousy of Davy, who may have felt his protege was advancing too quickly. Their relationship cooled, though Faraday always spoke of his mentor with gratitude.
The crowning achievement came in 1831, when Faraday discovered electromagnetic induction - the principle that a changing magnetic field generates an electric current. He demonstrated that moving a magnet through a coil of wire produced a measurable current, and vice versa. This single discovery is the foundation of virtually all electrical power generation. Every generator, every transformer, every power station in the world operates on the principle Michael Faraday demonstrated with a coil of wire and a bar magnet.
He also built the first dynamo (the Faraday disc), established the laws of electrolysis, discovered benzene, and investigated the magnetic properties of light (the Faraday effect). His concept of lines of force - invisible fields radiating through space - was initially dismissed by mathematically trained physicists as the naive intuition of an uneducated man. It turned out to be one of the most profound ideas in the history of physics.
Faraday's great conceptual contribution was the idea that electric and magnetic forces are not transmitted instantaneously across empty space but propagate through fields - invisible structures that permeate all of space and carry energy. He could not express this idea mathematically; his education had not equipped him with the tools of advanced mathematics. But his physical intuition was unerring.
It fell to James Clerk Maxwell, the brilliant Scottish physicist, to translate Faraday's field concept into the mathematical framework known as Maxwell's equations - the unified theory of electricity, magnetism, and light that Albert Einstein later called "the most important event in physics since Newton's time." Einstein kept a portrait of Faraday on the wall of his study, alongside portraits of Newton and Maxwell. The self-taught bookbinder's apprentice had earned his place in the highest company.
Faraday was not only a great discoverer but a great teacher. His Friday Evening Discourses at the Royal Institution, which he established in 1825, became legendary public events that drew audiences ranging from royalty to factory workers. His Christmas Lectures, begun in 1826, were designed specifically for young people and continue to this day - a living tradition that Faraday founded nearly two centuries ago.
His most famous series, The Chemical History of a Candle, used the simple act of a burning candle to explain chemistry, physics, and the nature of scientific inquiry itself. The lectures were models of clarity, enthusiasm, and intellectual generosity. Faraday believed passionately that science belonged to everyone, not just the privileged few who could afford a university education. His own life was the proof.
Despite becoming one of the most honored scientists in the world, Faraday lived with remarkable simplicity. He turned down a knighthood, refused the presidency of the Royal Society (twice), and declined to advise the British government on the production of chemical weapons during the Crimean War. When Queen Victoria offered him a house in Hampton Court, he accepted only after ensuring that the rent was nominal. The farad, the SI unit of electrical capacitance, bears his name - an honor he would likely have found embarrassing.
His mental powers began to decline in the 1840s, probably due to chronic mercury and chemical poisoning from decades of laboratory work. He suffered memory loss, depression, and increasing difficulty concentrating. He reduced his workload but continued lecturing and experimenting as long as he could.
Faraday died quietly on August 25, 1867, at his home in Hampton Court, aged seventy-five. He had requested a plain funeral and a simple gravestone, consistent with his Sandemanian faith. His last recorded words - "I shall be with Christ, and that is enough" - captured the two poles of his extraordinary life: the scientific certainty of a man who trusted only evidence, and the religious faith of a man who trusted only God.