Tel: 2766-5681, Fax: 2333-7629 E-mail: C.H.Lam@polyu.edu.hk
(Curriculum vitae)
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Department of Applied Physics
Hong Kong Polytechnic University
Hung Hom, Hong Kong.
Tel: 2766-5681, Fax: 2333-7629 E-mail: C.H.Lam@polyu.edu.hk (Curriculum vitae) |
Fast kinetic Monte Carlo simulation of strained heteroepitaxy in three dimensions, C.-H. Lam, M.T. Lung, and L.M. Sander, Journal of Scientific Computing (Springer), 37, 73 (2008).
Green's function and super-particle methods for kinetic simulation of heteroepitaxy, C.-H. Lam and M.T. Lung, Int. J. Mod. Phys. B 21, 4219 (2007).
Dissipative dynamics of coupled quantum dots under quantum measurement, S.H. Ouyang, C.H. Lam, and J.Q. You, Journal of Physics: Condensed Matter 18, 11551 (2006).
Beyond the heteroepitaxial quantum dot: self-assembling complex nanostructures controlled by strain and growth kinetics , J.L. Gray, R. Hull, C.-H. Lam, P. Sutter, J. Means, and J.A. Floro, Physical Review B 72, 155323 (2005). (Moives showing the formation of pits from kinetic Monte Carlo simulations)
Island, pit and groove formation in strained heteroepitaxy, M.T. Lung, C.-H. Lam, and L.M. Sander, Physical Review Letters, 95, 086102 (2005)
Exact scalings in competitive growth models, L.A. Braunstein and C.-H. Lam, Physical Review E, 72, 026128 (2005)
Fluid Invasion in Porous Media: Viscous Gradient Percolation, C.-H. Lam, Physical Review Letters, 92, 254503 (2004)
Competing roughening mechanisms in strained heteroepitaxy: a fast kinetic Monte Carlo study , C.-H. Lam, C.K. Lee, and L.M. Sander, Physical Review Letters, 89, 216102 (2002)
Reply to Comment on "Pipe network model for scaling of dynamic interfaces in porous media", C.-H. Lam and V.K. Horvath, Physical Review Letters 86, 6047 (2001)
Superconducting charge qubits: The roles of self and mutual inductances , J.Q. You, C.-H. Lam and H.Z. Zheng, Physical Review B 63, 180501R (2001).
Pipe network model for scaling of dynamic interfaces in porous media , C.-H. Lam and V.K. Horvath, Physical Review Letters 85, 1238 (2000)
Landauer-Buttiker formula for time-dependent transport through resonant-tunneling structures: A nonequilibrium Green's function approach , J.Q. You, C.-H. Lam,and H.Z. Zheng, Physical Review B 62, 1978 (2000)
Improved discretization of the Kardar-Parisi-Zhang equation , C.-H. Lam and F.G. Shin, Physical Review E 58, 5592 (1998)
Formation and dynamics of modules in a dual-tasking multi-layer feed-forward neural network , C.-H. Lam and F.G. Shin, Physical Review E 58, 3673 (1998)
Anomaly in Numerical Integrations of the Kardar-Parisi-Zhang Equation , C.-H. Lam and F.G. Shin, Physical Review E 57, 6506 (1998)
Sierpinsky gasket (by LUNG Man Tat, M.Phil. graduate)