Ph.D. Physics, University of Michigan, 1976。 M.S. Physics & Mathematics, University of Michigan, 1971。 B.S. Physics, University of Minnesota, 1967。 Thirty-four years experience with Los Alamos National Laboratory (LANL) performing R & D coordination in issues of national and international scientific interest in applied nonlinear dynamics research, theoretical physics and experimental design. 1984 National Award of Excellence for Significant Contribution to the Nuclear Weapons Program. Theoretical Design Team participant in 1991 Joint Verification Experiment for US/Soviet Threshhold Testban Treaty. Founding Nonlinear Science Editor for Physics Letters A. Founding member and past Director of the LANL Center for Nonlinear Studies (CNLS). Member and past co-leader of the Mathematical Modeling and Analysis Group (T-7) at LANL. Primary supervisor of twenty eight postdoctoral fellows. Organizer of more than twenty scientific conferences and workshops. Came to Imperial College London in 2005 as Professor of Applied Mathematics. Remains a Fellow of the Los Alamos National Laboratory, which is a lifetime appointment. In 2005 received the Royal Society of London’s Wolfson Award for Meritorious Research. In 2007, was selected as one of four public members of the Society of London Theatre’s Olivier Nomination and Award Committee. (Now that’s London life!) During 2010-2011, was Director of the Imperial College London Institute of Mathematical Sciences. In 2011 began a new responsibility when was awarded the European Research Council’s Advanced Grant for his research program, entitled “Five Challenges in Computational Anatomy.” Darryl's main research interests lie in nonlinear science – ranging from integrable to chaotic behavior, from solitons to turbulence, and then on to shape analysis. Most of his work is based on Lie symmetry reduction of Hamilton's principle, often by smooth invertible maps such as the relabelling invariance in Eulerian fluid dynamics. In these fields, he is particularly interested in emergent singular phenomena. SELECTED PUBLICATIONS： Holm DD, Tronci C, 2012, Multiscale turbulence models based on convected fluid microstructure, Journal of Mathematical Physics, Vol:53, ISSN:0022-2488。 Brody DC, Holm DD, Meier DM, 2012, Quantum Splines, Physical Review Letters, Vol:109, ISSN:0031-9007。 Holm DD, Ivanov RI, Percival JR, 2012, G-Strands, Journal of Nonlinear Science, Vol:22, ISSN:0938-8974, Pages:517-551。