Nicholas Shepherd-Barron

Nicholas Ian Shepherd-Barron, FRS (born 17 March 1955), is a British mathematician working in algebraic geometry. He is a professor of mathematics at King's College London.

Nicholas Shepherd-Barron
Born	Nicholas Ian Shepherd-Barron (1955-03-17) March 17, 1955 (age 70)
Scientific career
Institutions	University of Cambridge, King's College London
Thesis	Some Questions on Singularities in Two and Three Dimensions  (1981)
Doctoral advisor	Miles Reid[1]
Website	www.kcl.ac.uk/people/nicholas-shepherd-barron

Education and career

Shepherd-Barron was a scholar of Winchester College. He obtained his B.A. at Jesus College, Cambridge in 1976, and received his Ph.D. at the University of Warwick under the supervision of Miles Reid in 1981.^[1][2]

In 2013, he moved from the University of Cambridge to King's College London.^[3]

Research

Shepherd-Barron works in various aspects of algebraic geometry, such as: singularities in the minimal model program; compactification of moduli spaces; the rationality of orbit spaces, including the moduli spaces of curves of genus 4 and 6; the geography of algebraic surfaces in positive characteristic, including a proof of Raynaud's conjecture; canonical models^[a] of moduli spaces of abelian varieties; the Schottky problem at the boundary; the relation between algebraic groups and del Pezzo surfaces; the period map for elliptic surfaces.^{[citation needed]}

In 2008, with the number theorists Michael Harris and Richard Taylor, he proved the original version of the Sato–Tate conjecture and its generalization to totally real fields, under mild assumptions.^[4]

Awards and honors

Shepherd-Barron was elected Fellow of the Royal Society in 2006.

Personal life

He is the son of John Shepherd-Barron, a British inventor, who was responsible for inventing the first cash machine in 1967.^[5]

Notes

1. in the sense of birational geometry, not that of Shimura varieties