Nobel prize winning American chemical physicist
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He saw what no one had seen: a single molecule, lit and measured in isolation. That 1989 feat cracked open a new way to watch chemistry happen one event at a time, and it reshaped how labs study everything from protein folding to the machinery inside cells.
William Esco Moerner was born June 24, 1953, and trained as a physical chemist drawn to the behavior of matter at its smallest scales. Working with postdoc Lothar Kador, he pulled off the first optical detection and spectroscopy of a single molecule in a condensed phase — a breakthrough that turned molecules from invisible averages into observable individuals. The technique spread fast across chemistry, physics, and biology, giving researchers a new lens on processes that bulk measurements had always blurred. In 2014 the Nobel Prize in Chemistry recognized the work. He continues in biophysics…
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