Lichtenberg was the youngest of eighteen children of a
pastor of the same name. His father, ascending through the ranks of the church hierarchy, eventually became
superintendent for Darmstadt. Unusually for a priest in those times, he seems to have possessed a fair amount of scientific knowledge. Georg Christoph Lichtenberg was educated at his parent's house until ten years of age, when he joined the
Lateinschule in Darmstadt. His intelligence and wit became obvious at a very early age. He wanted to study mathematics, but his family could not afford to pay for lessons. In 1762 his mother applied to
Ludwig VIII, Landgrave of Hesse-Darmstadt, who granted sufficient funds. In 1763, Lichtenberg entered
Göttingen University, where in 1769 he became
extraordinary professor of
physics, and six years later
ordinary professor. He held this post till his death.
Lichtenberg became a
hunchback owing to a malformation of the
spine. This left him unusually short, even by eighteenth-century standards. Over time this malformation grew worse, ultimately affecting even his breathing.
One of the first scientists to introduce
experiments with apparatus in their lectures, Lichtenberg was a most popular and respected figure in the European intellectual circles of his time. He maintained good relations with most of the great figures of that era, including
Goethe and
Kant. In 1784
Alessandro Volta visited Göttingen especially to see the man and his experiments. The eminent mathematician
Karl Friedrich Gauss was one of the hearers of his lectures. In 1793 he was elected a member of the
Royal Society.
As a physicist, today he is remembered for his investigations in
electricity, for discovering branching discharge patterns on
dielectrics now called
Lichtenberg figures. In
1777, he built a large
Electrophorus in order to generate
static electricity through
induction. With it, he discovered the basic principle of modern
Xerography copy machine
technology. This discovery was also the forerunner of modern day
Plasma Physics. By discharging a high
voltage point near an
insulator, he was able to record the resulting radial pattern in fixed dust. The Lichtenberg figures are considered today to be examples of
fractals.
He was one of the first to introduce
Benjamin Franklin's lightning rod to Germany by installing such devices to his house in Göttingen and his garden sheds. He also proposed the standardized paper size system used all over the world today (except in the
US and
Canada), known as
ISO 216, which has A4 as the most commonly used size.
Invited by his students, he visited
England twice, from Easter to early summer 1770 and from August 1774 to Christmas 1775, where he was received cordially by
George III and
Queen Charlotte. He led the King through the royal observatory in
Richmond, upon which the king proposed that he become professor of philosophy. He also met with participants of
Cook's voyages. Great Britain impressed him, and he became a well-known Anglophile after the visits.
He had many romances. Most of the women were from poor families. In 1777 he met Maria Stechard, then aged 13, who lived with the professor permanently after 1780. She died in 1782. In the following year he met the 22-year-old Margarethe Kellner. He married her in 1789, in order to give her a
pension, as he thought he was to die soon. She gave him six children, and outlived him by 49 years.
Lichtenberg was prone to
procrastination. He failed to launch the first ever
hydrogen balloon, and although he always dreamed of writing a novel à la
Fielding's Tom Jones, he never finished more than a few pages. He died at the age of 56, after a short illness.