Lillian Beatrix Pierce is a mathematician whose research connects number theory with harmonic analysis.[1] She is a professor of mathematics at Duke University.[2]
Lillian Pierce | |
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| Born | 1980 |
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Early life and education edit
Pierce was home-schooled in Fallbrook, California[1][3][4] and began playing the violin at age four.[5] By age 11 she began performing professionally as a violinist.[1] As a teenager, she also started taking classes at a local community college, accumulating so many units that some of the universities she applied to refused to consider her for freshman admission.[5] She entered Princeton University majoring in mathematics but intending to pursue an MD–PhD program;[6] under the influence of faculty mentor and undergraduate thesis supervisor Elias M. Stein, her interests shifted towards pure mathematics.[1][6][3] As an undergraduate, she also became an intern at the National Security Agency.[1] She was Princeton's 2002 valedictorian and became a Rhodes Scholar, repeating two accomplishments of her brother Niles Pierce from nine years earlier.[3]
She earned a master's degree at the University of Oxford in 2004.[2][1] Returning to Princeton for doctoral study in mathematics, she completed her Ph.D. in 2009. Her dissertation, Discrete Analogues in Harmonic Analysis, was supervised by Stein.[2][7]
Career edit
After postdoctoral studies with Roger Heath-Brown at Oxford and at the Hausdorff Center for Mathematics in Bonn, Germany, she became an assistant professor at Duke in 2014 and is now a full professor.[2][1]
Research edit
Pierce was one of the first mathematicians to prove nontrivial upper bounds on the number of elements of finite order in an ideal class group.[8]
Awards and honors edit
Pierce won the 2018 Sadosky Prize for research that "spans and connects a broad spectrum of problems ranging from character sums in number theory to singular integral operators in Euclidean spaces" including in particular "a polynomial Carleson theorem for manifolds".[9] She received the 2019 Presidential Early Career Award for Scientists and Engineers.[10] She was elected a Fellow of the American Mathematical Society in the class of 2021 "for contributions to number theory and harmonic analysis".[11]
Personal life edit
Her husband, Tobias Overath, also works at Duke as a neuroscientist.[1]
References edit
- ^ a b c d e f g h Smith, Robin (September 26, 2014), "Lillian Pierce: A head for pure mathematics", Duke Today, Duke University
- ^ a b c d Curriculum vitae (PDF), July 2017, retrieved 2018-05-12
- ^ a b c Stevens, Ruth (June 3, 2002), "Selection as valedictorian a family affair for the Pierces", Princeton Weekly Bulletin, 92 (27), Princeton University
- ^ Nussbaum, Debra (May 21, 2000), "Home Schooling Graduates; Students, Jittery About College at First, Are Doing Well Academically and Fitting In Socially", The New York Times
- ^ a b Stevens, Ruth (March 5, 2001), "Inclined to succeed: USA Today First-teamer Lillian Pierce pursues interests ranging from mathematics to music", Princeton Weekly Bulletin, 90 (19)
- ^ a b Flapan, Laure (November 2017), Diaz-Lopez, Alexander (ed.), "Lillian Pierce Interview" (PDF), Notices of the American Mathematical Society, 64 (10): 1170–1172, doi:10.1090/noti1586
- ^ Lillian Pierce at the Mathematics Genealogy Project
- ^ Hartnett, Kevin (March 2, 2017), "New Number Systems Seek Their Lost Primes", Quanta Magazine
- ^ "Pierce Awarded Sadosky Prize" (PDF), Mathematics People, Notices of the American Mathematical Society, 64 (8): 925, September 2017
- ^ "President Donald J. Trump Announces Recipients of the Presidential Early Career Award for Scientists and Engineers", whitehouse.gov, 2019-07-02, retrieved 2019-08-03 – via National Archives
- ^ "2021 Class of Fellows". American Mathematical Society. Retrieved 2 November 2020.
Further reading edit
- Readdy, Margaret A.; Taylor, Christine (March 2018), "Lillian Pierce" (PDF), Women's History Month, Notices of the American Mathematical Society, 65 (3): 284–285
- Cepelewicz, Jordana (2022-03-30). "In Music and Math, Lillian Pierce Builds Landscapes". Quanta Magazine.