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George Elwood Smith was born on May 10, 1930, in White Plains, New York. He passed away on April 17, 2021. Smith had a notable life filled with exceptional contributions to the world of physics, technology, and society as a whole. He was married to Janet L. Smith, and they had one child together.
Smith obtained his Bachelor of Science degree in Physics from the University of Pennsylvania. His fascination with the underlying principles of nature and a desire to contribute to society's advancement sparked his interest in physics. He worked for Bell Labs, where he made his most notable contributions.
Outside of physics, Smith was passionate about exploring the world. His love for sailing was well-known, and he traveled extensively with his wife Janet in their retirement, often setting sail on their boat.
While working at Bell Labs, George E. Smith and his colleague Willard Boyle invented the charge-coupled device (CCD) in 1969. This groundbreaking discovery has significantly influenced and shaped the modern world. CCDs transformed photography and played a critical role in the development of digital imaging and video technology.
Despite facing considerable challenges around technological limitations and ensuring the accuracy and reliability of image capture, Smith and Boyle persevered in their research, leading to their landmark discovery.
George E. Smith's exceptional contributions to physics and his positive influence on society are evident in his remarkable achievements. These include:
In addition to his contributions to physics and technology, Smith had a significant societal impact. The digital imaging revolution, triggered by the invention of the CCD, has profound applications in various fields, including medicine, astronomy, and everyday digital cameras. His contributions have improved countless lives and opened new vistas in scientific research.
While George E. Smith is not specifically known for any mathematical formulas, his work on the CCD sensor involved complex physics and engineering principles. These included understanding and manipulating charge within a semiconductor material to capture and store light information. This understanding was critical in creating the revolutionary imaging device that has had far-reaching implications for the world.
The following tutorials and calculators are influenced by the work the great physicist George E Smith, each calculator contains a tutorial that explains George E Smith in the field