William Alfred Fowler

National Medal of Science

Physical Sciences

For his scientific contributions to nuclear physics and astrophysics, which permitted him to span both disciplines to unravel the nuclear processes that control the evolution of stars.

For his scientific contributions to nuclear physics and astrophysics, which permitted him to span both disciplines to unravel the nuclear processes that control the evolution of stars.

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Birth
August 9, 1911
Age Awarded
63
Country of Birth
USA
Key Contributions
Categorized Nuclear Processes For Origin Of Chemical Elements In Stars
Co-Authored B2Fh Paper
Awarded by
Gerald R. Ford
Education
The Ohio State University
California Institute of Technology
Areas of Impact
Energy & Environment
Affiliations
California Institute of Technology
Other Prizes
Nobel Prize
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Life on Earth began with stars. According to the Big Bang Theory – a prevailing hypothesis about the universe’s creation billions of years ago – the first stars contained mostly hydrogen, the lightest chemical element.

Inside the stars, hydrogen nuclei collided to form a new element, helium. Under high temperatures, lighter elements formed heavier ones, including oxygen and nitrogen – both of which are found inside our bodies.

"All of us are truly and literally a little bit of stardust," said William Alfred Fowler, a scientist who helped discover this “nucleosynthesis.”

This accomplishment, which earned him the Nobel Prize, continued to captivate the Pennsylvania-born astrophysicist throughout a successful more than 60-year career researching the cosmos.

"It is a remarkable fact that humans, on the basis of experiments and measurements carried out in the lab, are able to understand the universe in the early stages of its evolution, even during the first three minutes of its existence,” he said.

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