Fall 1979 LBL News Magazine

 
 
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NOBEL LAUREATE LUIS ALVAREZ, WHO DIED IN 1988
"You might say that Iím practicing geology without a license," laughs Lawrence Berkeley Laboratoryís Luis Alvarez, referring to his part in the study of geological sediments and the great extinctions. The project is one in a long line of exotic research projects which Alvarez has initiated over the years. Alvarez is an experimental physicist in the classical sense; he is interested in everything under the sun -- and beyond. Thatís not to suggest he has neglected the field of elementary particle physics. He won the Nobel Prize in 1968 for the development of the hydrogen bubble chamber and the discovery of new resonance states.

Alvarezís wide-ranging interests are evident everywhere when you enter his office at the Lab. On the table is a model of a pyramid constructed some 13 years ago when he and a team from LBL searched the pyramid of Cephren at Giza for hidden chambers, using cosmic rays as the probe. Behind the pyramid is a large, plastic three-dimensional star map, evidence of his involvement in astrophysics.

Alvarez often uses the phrase, "it occurred to me," to describe how an idea came to him. Unlike Agatha Christie, who lay in the bathtub eating apples when she wanted to solve a problem, Alvarez says ideas occur to him anywhere. Some of his most creative thinking about the structure of the pyramids came to him when he was on an expedition in Antarctica, flying over the vast, white wasteland of ice and snow. He thought of a solution to the problem of how to stabilize a hand-held movie camera in a hotel room in Nairobi. His image stabilizer, which fits in with the optical components of a camera, has been patented and now belongs to Bell and Howell.

"I donít usually verbalize my ideas first; my thoughts are entirely in the form of visual images," explains Alvarez. His interest in optics is a natural tangent for a visual-minded thinker, if youíre Luis Alvarez, that is. His invention of the variable focus lens, used by optometrists, is being developed and manufactured by a local company which he started with some former associates at LBL.

Though Alvarez "doesnít suffer fools gladly," he appreciates mistakes; in fact, he capitalizes on them. "If I had known the iridium work had been done earlier (by Barker and Anders in 1968) and the iridium was not useful for what I had in mind, I wouldnít have found the iridium spike, which we think may be related to the extinction of half the life forms on earth sixty-five million years ago."

Itís called serendipity -- "a faculty for finding valuable things not sought after."

ó By Phila W. Rogers

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