Category:Members of the United States National Academy of Sciences

When Abraham Lincoln signed the act of incorporation on March 3, 1863, the National Academy of Sciences was created with fifty charter members and a mandate to advise the federal government on scientific matters. The Academy has grown into one of the most selective scientific honor societies in the world. Election is for life. The members gathered in this category represent a cross section of that body, spanning physics, chemistry, biology, mathematics, economics, and public service, and including figures whose work has reshaped entire disciplines.

Background

The National Academy of Sciences (NAS) is a private, nonprofit institution headquartered in Washington, D.C. Membership is conferred by election, with current members nominating and voting on new candidates each spring. The Academy admits roughly one hundred new domestic members and around twenty-five international members annually. Foreign scientists are designated as international members rather than full members, a distinction reflecting the Academy's original chartered role as advisor to the United States government.

Over time the NAS has expanded into a broader network. It established the National Research Council in 1916 during World War I, the National Academy of Engineering in 1964, and the National Academy of Medicine (formerly the Institute of Medicine) in 1970. Together these constitute the National Academies of Sciences, Engineering, and Medicine, which produce consensus reports on questions ranging from climate science to vaccine safety. Election to the NAS itself remains distinct from these affiliated academies and is regarded within the scientific community as a significant career recognition.

The Academy publishes the Proceedings of the National Academy of Sciences (PNAS), founded in 1915, which serves as both a general-interest scientific journal and a venue where members may communicate research. Many of the individuals collected in this category have used PNAS to publish landmark papers, and several have served on Academy committees, editorial boards, or governance councils.

Notable members

The chemists in this grouping illustrate the breadth of the field's recognition by the Academy. Elias Corey developed retrosynthetic analysis, a framework that transformed how organic chemists plan multistep syntheses, and received the Nobel Prize in Chemistry in 1990. Paul Boyer elucidated the rotational mechanism of ATP synthase. John Pople built the computational methods, embodied in the Gaussian software, that made quantum chemistry a practical tool for predicting molecular behavior. Martin Karplus and Arieh Warshel shared the 2013 Nobel for multiscale models of complex chemical systems, bridging classical and quantum descriptions. George M. Whitesides has contributed to surface chemistry, microfluidics, and soft lithography. Jean-Pierre Sauvage shared the 2016 Nobel for molecular machines. Kurt Wuthrich adapted nuclear magnetic resonance for the determination of protein structures in solution. John B. Goodenough, a co-recipient of the 2019 chemistry Nobel for the lithium-ion battery, lived to one hundred and continued research well past the age at which most scientists retire.

The biomedical contingent reflects the Academy's deep ties to molecular biology and neuroscience. Aaron Ciechanover helped uncover ubiquitin-mediated protein degradation. Mario Capecchi developed gene targeting in mice through homologous recombination, work that underpins modern mouse genetics. Christiane Nusslein-Volhard, also rendered as Christiane Nüsslein-Volhard, identified the genes controlling early embryonic patterning in Drosophila. Harald zur Hausen established the causal link between human papillomavirus and cervical cancer. Michael Rosbash dissected the molecular basis of circadian rhythms in flies. Paul Greengard illuminated dopamine signaling and the biochemistry of slow synaptic transmission.

Physics is represented by figures associated with topology, cosmology, and condensed matter. David Thouless and J. Michael Kosterlitz formulated what is now called the Kosterlitz-Thouless transition, sharing the 2016 Nobel for theoretical discoveries of topological phases of matter. John Mather and George Smoot received the 2006 prize for measurements of the cosmic microwave background using the COBE satellite, work that turned cosmology into a precision science. Giorgio Parisi received the 2021 prize for his work on disordered systems and spin glasses, which has propagated into fields as distant as machine learning theory.

The mathematicians in this category have been recognized at the highest level of their discipline. Gregori Margulis won the Fields Medal in 1978 for his work on lattices in Lie groups and later the Abel Prize. Efim Zelmanov received the Fields Medal in 1994 for the solution of the restricted Burnside problem. Manjul Bhargava received the medal in 2014 for new methods in the geometry of numbers. Maryna Viazovska received the medal in 2022 for the solution of the sphere-packing problem in dimensions eight and twenty-four. Paul Cohen won the medal in 1966 for proving the independence of the continuum hypothesis through forcing, a technique now standard in set theory.

The social sciences, eligible for NAS membership through the Academy's behavioral and economic sections, are represented by several economics laureates. Daniel McFadden developed discrete choice analysis. Joseph Stiglitz worked on markets with asymmetric information. [[Elinor Ostrom], the first woman to receive the economics Nobel, studied how communities manage common-pool resources outside both state and market structures.

Harold Brown illustrates a different path to election. A physicist by training who directed the Lawrence Livermore National Laboratory, served as president of Caltech, and held the position of United States Secretary of Defense under President Carter, his career bridged research and federal science policy in ways the Academy was originally chartered to support.

Patterns of recognition

A high proportion of the members in this sample are also Nobel laureates or Fields Medalists, which reflects the Academy's tendency to elect scientists at or near the peak of international recognition, but the relationship runs in both directions. Election to the NAS often precedes the Nobel by years or decades, and many members of the Academy never receive a Nobel because their fields fall outside the prizes' narrow categories. Mathematics has no Nobel, hence the relevance of the Fields Medal and Abel Prize. Several members hold international rather than domestic status, including European-based scientists such as Nusslein-Volhard, Parisi, Sauvage, Viazovska, Wuthrich, and zur Hausen.

The clustering of members across collaborative pairs and trios is also visible in this sample. Thouless and Kosterlitz shared a Nobel; so did Karplus and Warshel; so did Mather and Smoot. The Academy has historically been willing to elect collaborators whose work is intertwined, recognizing partnerships rather than single individuals in isolation. Several members of this category have served on Academy committees, on the editorial board of PNAS, or as section chairs, and many have used their membership to weigh in on questions of research funding, scientific integrity, and the public communication of science.