Silicon Valley folklore holds that William Shockley, a brilliant physicist who headed up Bell Labs solid-state group after World War II, could never accept that his employees, John Bardeen and Walter Brattain, received credit for discovering the property of electrical transistence instead of him. Bell Labs famously arranged photo-ops like the one below to suggest that Shockley, seated at the microscope, was as closely involved in the discovery of the transistor as Bardeen and Brattain.
The collegiality of the group quickly broke down, and Shockley went on the found the short-lived Shockley Semiconductors, where his personality quirks alienated many of his employees.
"Shockley was very quick mentally," says Conyers Herring, another Bell scientist who worked with him. "He was always a jump ahead of me, and it was difficult to persuade him of anything. He realized his own superiority. He always felt his own way of looking at things was better than anyone else's. Nine times out of 10 it was, but the 10th time got him in trouble because he didn't study the literature sufficiently carefully or didn't accept ideas from people who didn't explain themselves well enough to him."
Despite this, there is a strong case to be made for the idea that, were it not for Shockley's penetrating insights into the behavior of solid state surfaces, Bardeen and Brattain would never have made their famous discovery. It was Shockley who first pointed them to explore the activity of electronics at the boundary of p- and n-layers. And it was Bardeen who worked out the theoretical framework which led to Bardeen and Brattain's laboratory results about transistence. Shockley even predicted the nature of electronic transistence years before its discovery based upon his theoretical understanding of quantum behavior at the juncture of oppositely-charged surfaces.
It's easy to criticize William Shockley for this personal shortcomings and terrible people skills. But has history been too quick to underplay the role he played in the discovery of the transistor, the component upon which the entire Information Age is based?
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