Percy Williams Bridgman Totally Explained

Everything about Percy Williams Bridgman totally explained

Percy Williams Bridgman (April 21, 1882 – August 20, 1961) was an American physicist who won the 1946 Nobel Prize in Physics for his work on the physics of high pressures. He also wrote extensively on the scientific method and on other aspects of the philosophy of science.

Biography

Bridgman entered Harvard University in 1900, and studied physics through to his Ph.D.. From 1910 until his retirement, he taught at Harvard, becoming a professor in 1919. In 1905, he began investigating the properties of matter under high pressure. A machinery malfunction led him to modify his pressure apparatus; the result was a new device enabling him to create pressures eventually exceeding 100,000 kgf/cm² (10 GPa). This was a huge improvement over previous machinery, which could achieve pressures of only 3000 kgf/cm² (0.3 GPa). This new apparatus led to a plethora of new findings, including on the effect of pressure on electrical resistance, and on the liquid and solid states. Bridgman is also known for his studies of electrical conduction in metals and properties of crystals. He developed the Bridgman seal and is the eponym for Bridgman's thermodynamic equations.
Bridgman made many improvements to his high pressure apparatus over the years, and attempted the synthesis of diamond many times. He never succeeded.
His writings on the philosophy of science advocated operationalism. He was also one of the 11 signatories to the Russell-Einstein Manifesto.

Death

Bridgman committed suicide by gunshot after living with metastatic cancer for some time. His suicide note read in part, "It isn't decent for society to make a man do this thing himself. Probably this is the last day I'll be able to do it myself." Bridgman's words have been quoted by many on both sides of the assisted suicide debate.

Honours and awards

Bridgman received Doctors, honoris causa from Stevens Institute(1934), Harvard (1939), Brooklyn Polytechnic (1941), Princeton (1950), Paris (1950), and Yale (1951). He received the Rumford Medal (American Academy of Arts and Sciences), the Cresson Medal (Franklin Institute), the Roozeboom Medal (Royal Academy of Sciences of the Netherlands), and the Comstock Prize (National Academy of Sciences). He was a member of the American Physical Society and was its President in 1942.He was also a member of the American Association for the Advancement of Science, the American Academy of Arts and Sciences, the American Philosophical Society, and the National Academy of Sciences. He was a Foreign Member of the Royal Society and Honorary Fellow of the Physical Society of London.

Bibliography

1922. Dimensional Analysis. Yale University Press
1925. A Condensed Collection of Thermodynamics Formulas. Harvard University Press
1927. The Logic of Modern Physics. Beaufort Books. Online excerpt.
1934. Thermodynamics of Electrical Phenomena in Metals and a Condensed Collection of Thermodynamic Formulas. MacMillan.
1936. The Nature of Physical Theory. John Wiley & Sons.
1938. The Intelligent Individual and Society. MacMillan.
1941. The Nature of Thermodynamics. Harper & Row, Publishers.
1952. The Physics of High Pressure. G. Bell.
1959. The Way Things Are. Harvard Univ. Press.
1962. A Sophisticate's Primer of Relativity. Routledge & Kegan Paul.
1964. Collected experimental papers. Harvard University Press.
1980. Reflections of a Physicist. Arno Press; ISBN 040512595X

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