C. Clifton Chancey
Professor and Head
e-mail: c.chancey@uni.edu
Dr. Chancey is interested
in several areas of physics: atomic and molecular theory, biophysical
modeling and neuroscience, mathematical physics, and geophysical modeling.
His most recent atomic and molecular research centered on explaining
the electronic and vibrational structure of Buckminsterfullerene,
the soccerball-shaped molecule C60. He has studied the physics of
sand movement in sand dunes and the electrical and physical processes
involved in neural transmission. Much of his present research is directed
toward providing a theory for sodium channel gating in excitable cells
like neurons.
Fall
2008 Experiment Design Course
Fall
2008 General Physics I Course
Summer
2009 Course
Fall 2009 Introduction to Nanoscience and Nanotechnology
Recent Publications
M.F. Ryan and C.C. Chancey, "Biological Effects of Low Frequency
Waves on Zebra Mussels: Disruption of Ion Regulatory Processes,"
Proceedings of the 222nd ACS Meeting (Chicago, IL, 2001).
C.C. Chancey and M.C.M. O'Brien, "The Jahn-Teller Effect in
C60 and other Icosahedral Complexes," Princeton University Press,
Princeton, NJ (1997).
K.P. Jain, R. Ramakumar, and C.C. Chancey. "Superconducting
correlations in the one-band Hubbard model with intermediate on-site
and weak attractive inter-site interactions," Phys. Rev. B 53
14663 (1996).
C.C. Chancey and S.A. George, "Physical Model of Voltage Sensing
in Sodium Channels based on the Sliding Helix Model," Phys. Rev.
E 53, 5137 (1996).
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