J. Robert Schrieffer

National Medal of Science

Physical Sciences

In recognition of his insight into cooperative effects in solids and solid surfaces dependent on interacting many-body systems and for his leadership in showing how one couples formal theoretical work with experimental findings to make significant advances in the area of condensed matter physics.

In recognition of his insight into cooperative effects in solids and solid surfaces dependent on interacting many-body systems and for his leadership in showing how one couples formal theoretical work with experimental findings to make significant advances in the area of condensed matter physics.

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Birth
May 31, 1931
Age Awarded
52
Country of Birth
USA
Key Contributions
BCS Theory
Theory Of Superconductivity
Awarded by
Ronald Wilson Reagan
Education
University of Illinois
Massachusetts Institute of Technology
Accolades
Supported by NSF
Areas of Impact
Theory & Foundations
Affiliations
University of Pennsylvania
Other Prizes
Nobel Prize
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How do you crack an enigma that has eluded explanation for over 40 years? You pair a young graduate student with two physicists whose collaborative discoveries managed to scoop the Soviets. John Schrieffer was that young graduate student. He helped explain superconductivity in materials at the microscopic level.

Ultimately, his team developed a discovery that would come to be called the BCS Theory. This mathematical explanation of superconductivity would create the foundation for future research in the field.

Throughout his career, Schrieffer would be sought after by many universities. He has held faculty positions or professorships at the University of Chicago, University of Illinois, University of Pennsylvania in Philadelphia, University of California, Santa Barbara, and Florida State University. He would also go on to be Director of the Institute for Theoretical Physics and Chief Scientist of the National High Magnetic Field Laboratory.

His most recent work focuses on superconductivity at high temperatures and condensed matter magnetism.

By Melissa Ayala

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