Contact Us
Terms of Service


Famous Biologists
Famous Mathematicians
Famous Physicists
Famous Psychologists


Alexander Graham Bell
Alexander Fleming
Albert Bandura
Claude Bernard
Alfred Binet
Franz Boas
Niels Bohr
Ludwig Boltzmann
Max Born
Louis de Broglie
Noam Chomsky
Nicolaus Copernicus
Francis Crick
Marie Curie
John Dalton
Charles Darwin
Rene Descartes
Thomas Edison
Albert Einstein
Leonhard Euler
Michael Faraday
Benjamin Franklin
Sigmund Freud
Galileo Galilei
Jane Goodall
Stephen Hawking
Heinrich Hertz
Edwin Hubble
Christiaan Huygens
Edward Jenner
Johannes Kepler
Antoine Laurent Lavoisier
Anton van Leeuwenhoek
Kurt Lewin
Charles Lyell
James Clerk Maxwell
Isaac Newton

Jean Piaget
Louis Pasteur
Linus Pauling
Ivan Pavlov
Max Planck
Ernest Rutherford
Jonas Salk
Erwin Schrodinger
B. F. Skinner
Nikola Tesla
Joseph J. Thomson
Alan Turing
Alessandro Volta
John B. Watson
Wilhelm Wundt





James Clerk Maxwell

James Clerk Maxwell was born in the early 1800's in Scotland, and showed a great abundance of curiosity even at an early age. He was schooled in the home until his mother passed away when he was only eight years old. A tutor was unsuccessful, and he attended the Edinburgh Academy, instead.

James Clerk Maxwell

He was originally believed to be dull and shy at school. He didn't make friends, and he spent his extra time drawing diagrams and making mechanical models. James would eventually be regarded as brilliant by his school peers, earning prizes for English verse, mathematics and scholarship.

Maxwell entered classes in higher mathematics, logic and physics at University of Edinburgh. He wrote two important papers during this time - The Equilibrium of Elastic Solids and The Theory of Rolling Curves. He would go on to Cambridge, where he was regarded as brilliant but disorganized in his thoughts and studies.

Maxwell graduated in 1854 from Trinity College, with a mathematics degree. He took on pupils after his graduation, and then won a Fellowship from Trinity, and continued his work. He expounded on Michael Faraday's "electricity and magnetic lines of force" theories, and explained electric and magnetic fields' behavior with simple equations.

Maxwell left to spend time with his ill father in 1856, and his father passed away in April of that year. Soon afterward, Maxwell would return to Cambridge and then was appointed to the Marischal College chair. He won critical acceptance for his essay on the rings of Saturn, and was married in 1859. He applied for Edinburgh's Chair of Natural Philosophy, but lost out, even though his work was cited as remarkable in the scientific world.

As it turned out, Maxwell's learning was so advanced that he found it difficult to impart lower levels of knowledge effectively to students. Nevertheless, in 1860, he was appointed to the King's College Chair of Natural Philosophy. The years he spent there were said to be the years in which he would do his most important work, experimentally speaking.

In or around 1862 in London, he made calculations that showed that an electromagnetic field's propagation speed is about the same as the accepted speed of light. Maxwell then proposed that light is actually electromagnetic. In doing so Maxwell came up with classical electromagnetic theory unifying magnetism, electricity and optics under one theoretical umbrella. He also developed the Maxwell-Boltzmann Kinetic Theory of Gases, without collaboration from Boltzmann.

Maxwell's four partial differential equations were accomplished during this time. They are considered to be among the greatest achievements in mathematics of the time. One of the other tasks that took up much of his time was the editing of papers by Henry Cavendish. He entered into the work with his usual enthusiasm and repeated some of his experiments. The Cavendish papers were published in 1879 and are considered to be unequaled as an important chapter in electricity's history.

In the spring of 1879, Maxwell's health apparently failed, but he gave lectures as long as he was able. His wife was also ill, and they returned to his native Scotland for that summer. He remained cheerful right up to the time of his death back in England in October of 1879, and his physician has said that no man has ever met his death as calmly or consciously.

Rumor Has It

James Clerk Maxwell developed a lesser known unifying theory in physics concerning a 200 lb. chicken, a levitating pizza and skid marks in his underwear.

Written by Kevin Lepton