Faculty - Jichang Wang

Dr. Jichang Wang - Physical Chemistry

Dr.  Jichang Wang

Physical Chemistry Ph.D. (Copenhagen)
Cross-Appointed: Department of Physics
253-3000 Ext: 3540
393 Essex Hall
Research Area: Non-linear Chemical Dynamics


Research in my group is centered on the investigation of chemical kinetics and reaction mechanisms, in particular those systems exhibiting autocatalytic features. Our interests in homogeneous systems are currently focused on studying the photo-reaction mechanism of the Belousov-Zhabotinsky reaction. Other systems of particular interests include the chlorite-thiosulfate reaction and organic reactions involving hydroxyketone.

Our research in reaction-diffusion media focuses on new types of chemical patterns and on the effects of external forcing on wave formation. Our research program includes a search for pattern formation in the chemical systems which exhibit stochastic dynamics. The influence of external forcing on pattern formation is focused on the dynamical conditions near a Hopf-bifurcation point, where an inhibitory perturbation is expected to be able to induce wave formation at unexcited area and meanwhile inhibit existing wave activity. Novel wave formation and interactions such as oscillatory clusters with breathing segregations are expected to be uncovered.

Students in my group can pursue either experimental or theoretical studies of reaction dynamics. Students interested in doing a Ph. D in the area of physical chemistry should contact me at jwang@uwindsor.ca.


  • J. Wang (2002) “Oscillatory Clusters in a Reaction-Diffusion System Switching Between Excitable and Unexcitable States," Phys. Chem. Chem. Phys. 4, 1320-1325.
  • J. Wang (2002) “Chemical Oscillations Induced by Constant Flow Transports,” Chem. Phys. Lett. 360, 289-293.
  • M. R. Roussel and J. Wang (2001) “A Transition from Self-Replicating Behavior to Stationary Patterns Induced by Concentration-Dependent Diffusivities," Phys. Rev. Lett. 87, 188302-1:4.
  • J. Wang (2001). “Light-Induced Pattern Formation in the Excitable Belousov-Zhabotinsky Medium," Chem. Phys. Lett. 339, 357-361.
  • J. Wang, S. Kadar, P. Jung and K. Showalter (1999). “Noise-Driven Avalanche Behavior in Subexcitable Media,” Phys. Rev. Lett. 82, 855-858.

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