基本信息
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Bio
Born: 9/23/1977, West Chester, PA, USA.
Research in the Engel Group focuses on excited state reactivity including excitonic transport, nonradiative relaxation to photochemical products, and new methods to image excited state dynamics. Excited states in the condensed phase have an extremely high chemical potential, thereby making them highly reactive and difficult to control. Our control strategy involves exploiting coherent response of the environment to the excitation event. In particular, we develop methodologies to manipulate two fundamental components of excited state dynamics: exciton migration and non-radiative relaxation.
Our approach is inspired by biological systems optimized by evolution to exploit manifestly quantum mechanical phenomena to drive coherent energy transfer, to steer trajectories through conical intersections and to protect long-lived quantum coherence. Currently, we are focusing on four key scientific efforts: (1) new techniques to image excited state dynamics, (2) understanding mechanisms of quantum transport in photosynthesis, (3) dynamics of conical intersections in the condensed phase, and (4) engineering quantum dynamics in new classes of synthetic materials.
Research in the Engel Group focuses on excited state reactivity including excitonic transport, nonradiative relaxation to photochemical products, and new methods to image excited state dynamics. Excited states in the condensed phase have an extremely high chemical potential, thereby making them highly reactive and difficult to control. Our control strategy involves exploiting coherent response of the environment to the excitation event. In particular, we develop methodologies to manipulate two fundamental components of excited state dynamics: exciton migration and non-radiative relaxation.
Our approach is inspired by biological systems optimized by evolution to exploit manifestly quantum mechanical phenomena to drive coherent energy transfer, to steer trajectories through conical intersections and to protect long-lived quantum coherence. Currently, we are focusing on four key scientific efforts: (1) new techniques to image excited state dynamics, (2) understanding mechanisms of quantum transport in photosynthesis, (3) dynamics of conical intersections in the condensed phase, and (4) engineering quantum dynamics in new classes of synthetic materials.
Research Interests
Papers共 166 篇Author StatisticsCo-AuthorSimilar Experts
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Wenyao Zhen,Dong Won Kang,Yingjie Fan,Zitong Wang,Tomas Germanas,Geoffrey T Nash, Qijie Shen, Rachel Leech,Jinhong Li,Gregory S Engel,Ralph R Weichselbaum,Wenbin Lin
Journal of the American Chemical Society (2024)
Nature Reviews Methods Primersno. 1 (2023): 1-16
Irma Avdic,LeeAnn M. Sager-Smith, Indranil Ghosh, Olivia C. Wedig,Jacob S. Higgins,Gregory S. Engel,David A. Mazziotti
PHYSICAL REVIEW RESEARCHno. 4 (2023): 043097
Siddhartha Sohoni,Lawson T. Lloyd,Andrew Hitchcock,Craig MacGregor-Chatwin, Ainsley Iwanicki, Indranil Ghosh, Qijie Shen,C. Neil Hunter,Gregory S. Engel
Journal of the American Chemical Societyno. 21 (2023): 11659-11668
Polina Navotnaya,Siddhartha Sohoni,Lawson T Lloyd, Sami M Abdulhadi,Po-Chieh Ting,Jacob S Higgins,Gregory S Engel
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