Beratan Group

Group Members

  David Beratan
  Phone:  (919) 660-1526
  Email:  david.beratan AT duke.edu
  C.V.
  Brief biosketch

  View Prof. Beratan's tutorial on biological electron transfer reactions


Ye Jin
  
Phone:  (919) 660-1634
  Email:  ye.jin AT duke.edu
  Research interests:  quantum Zeno effect, coherence phenomena


 

  Ruibin Liu
  Phone:  (919) 660-1634
  Email:  ruibin.liu AT duke.edu
  Research interests:  energy capture and charge transport in quantum dot assemblies


  Zheng Ma
  Phone:  (919) 660-1634
  Email:  zheng.ma AT duke.edu
  Research interests:  non-equilibrium molecular dynamics; 2D infra-red spectroscopy 


  Agostino Migliore
  Phone:  (919) 660-1633
  Email:  agostino.migliore AT duke.edu
  Research interests:  mechanisms of biocatalysis, light harvesting, molecular sensing, and proton-coupled electron transfer


Xuyan Ru
  Phone:  (919) 660-1634
  Email:  xuyan.ru AT duke.edu
  Research interests:  Bacterial nanowires, supramolecular assemblies, charge transport

 

Rujie Darius Teo
Phone:  (919) 660-1556
Email:  rujie.darius.teo AT duke.edu
Research interests:  biological electron transport mechanisms; molecular origins of disease; drug discovery


Ben Rousseau
Phone:  (919) 452-1346
Email:  benjamin.rousseau AT duke.edu
Research interests:  Biological electron transfer; electron transfer at high temperature; solar energy harvesting.


Yujia Zhai
Phone:  (919) 660-1556
Email:  yujia.zhai AT duke.edu
Research interests:  multi-electron charge transport and nitrogenase mechanisms


Jesús Valdiviezo
Phone:  (919) 660-1556
Email:  jesus.valdiviezo AT duke.edu
Research interests:  vibrationally perturbed charge transport and magnetic field effects on transport


  Peng Zhang
  Phone:  (919) 660-1675
  Email:  peng.zhang AT duke.edu
  Research interests:  quantum dynamics; charge transport; coherence phenomena in chemistry and biology; electronic strucutre theory


 

  Lianjun (Ellie) Zheng
  Phone:  (919) 660-1633
  Email:  lianjun.zheng AT duke.edu
  Research interests:  theory of systems for energy science; oscillator strength focusing



 

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