David L. Andrews

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Born (1952-10-15) October 15, 1952 (age 73)
CitizenshipUnited Kingdom
KnownforTheory of optical processes
David L. Andrews
Born (1952-10-15) October 15, 1952 (age 73)
CitizenshipUnited Kingdom
Alma materUniversity College London
Known forTheory of optical processes
Scientific career
FieldsChemical Physics
InstitutionsUniversity of East Anglia
ThesisApplications of quantum electrodynamics to light scattering and absorption processes (1976)
Doctoral advisorT. Thirunamachandran

David Leslie Andrews, FRSC, FInstP (born 15 October 1952) is a British emeritus professor of Chemical Physics at the University of East Anglia, where he was the Head of Chemical Sciences and Physics, from 1996 to 1999.[1]

David Andrews attended Colfe's Grammar School, Lee, London, U.K. from 1963 to 1970.[citation needed] He graduated (1st Class Hons) in Chemistry, from University College London in 1973.[citation needed] He then obtained a PhD in theoretical chemistry from the same university, in 1976.[citation needed]

Career

From 1976 to 1978, Andrews was an Associate Research Assistant in the Department of Mathematics and Research Associate in Department of Chemistry, in University College London.[citation needed] In 1978, he became Science Research Council Postdoctoral Fellow[citation needed] and in 1979 he joined the University of East Anglia as a Lecturer.[citation needed] Andrews was promoted to Senior Lecturer in 1991 and to Reader in 1994. He was appointed Professor of Chemical Physics in 1996[1] and became Emeritus Professor in 2023.[2]

Research

Andrews and his research group have published on the theory of optical phenomena, developing quantum electrodynamical theory[3] and symmetry principles[4] for applications including fluorescence,[5] and optical nanomanipulation.[6] Andrews has worked on the quantum theory of intermolecular energy transfer,[7] including a theory of energy transfer that accommodates both radiationless and radiative processes.[8] He has also contributed to quantum optics and nonlinear optics,[9] with studies of chiral interactions including a prediction of the hyper–Rayleigh scattering effect,[10] while studies of chirality and optical helicity[11] led to contributions to the theory of optical vortices.[12]

Awards and recognition

Selected works

References

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