Ben Franklin Stilled the Waves : An Informal History of Pouring Oil on Water with Reflections on the Ups and Downs of Scientific Life in General

Originally published by Duke University Press in 1989, and presented here with a new preface. Tanford (physiology, Duke U.) shows how science came to view the cell through various stages, starting with the physical concept that oil and water don't mix. He describes the various people who worked to find the structures necessary for cells to remain cells, and to discern their properties. Not entirely biography and also not entirely physiology, this text combines the two to describe the scientific life from the eighteenth century to the 1970s. When Benjamin Franklin, the 18th-century American statesman and scientist, watched the calming effect of a drop of oil on the waves and ripples of a London pond, he was observing what Pliny the Elder and generations of seafarers had done before him. Franklin, though, was the first to wonder exactly what was happening to the oil, and to investigate this strange phenomenon. Following Franklin's lead, a motley crowd of scientists over the next two centuries and more chose to investigate the nature of atoms and molecules through the interaction of fluid membranes. They included Lord Rayleigh, an altruistic English Lord, Agnes Pockels, who conducted experiments in her kitchen and became one of the earliest women to make lasting contributions to science, the renowned Dutch pediatrician Evert Gorter, and Irving Langmuir, one of America's greatest industrial scientists. Building on Franklin's original experiments, their work has culminated in the discovery of the structure of cell membranes, research that continues to bear fruit today. Ben Franklin Stilled the Waves is far more than the story of oil on water; it is a voyage into the very nature of science and its place in our history.

Benjamin Franklin was the first to report the phenomenon of oil's power to still troubled waters and to speculate on why it happened. A century later Lord Rayleigh performed an identical experiment. Irving Langmuir did it with minor variations in 1917, and won a Nobel Prize for it. Then Langmuir's work was followed by a Dutch pediatrician's in 1925. p Each experimenter saw a little more in the result than his predecessor had seen, and the sciences of physics, chemistry and biology have all been illuminated by the work. p Charles Tanford reflects on the evolving nature of science and of individual scientists. Recounting innovations in each trial, he follows the classic experiment from Franklin's drawing room to our present-day institutionalized scientific establishments and speculates on the ensuing changes in our approach to scientific inquiry.

Benjamin Franklin, the 18th-century American statesman and scientist, watched the calming effect of a drop of oil on the waves and ripples of a London pond, and began to investigate exactly what was happening to cause this strange phenomenon. Following Franklin's lead, a motley crowd of scientists over the next two centuries and more chose to investigate the nature of atoms and molecules through the interaction of fluid membranes. Building on Franklin's original experiments, their. work has culminated in the discovery of the structure of cell membranes, research that continues to bear fruit to