Session D2a

MULTISCALE GREEN'S FUNCTIONS AND MOLECULAR DYNAMICS

FOR QUANTUM NANOSTRUCTURES

Tuesday 10:20 - 12:20, Math 100

Session Chair:  Vinod Tewary  

10:20 G.J. Rodin, “Lattice models and their use in multiscale problems”

11:00 R. Ruoff, “Mechanics of composites with a unique nanofiller”

11:40 W. Johnson, “Brillouin light scattering from phonons in nanostructures”

Session D2b

MULTISCALE GREEN'S FUNCTIONS AND MOLECULAR DYNAMICS

FOR QUANTUM NANOSTRUCTURES

Tuesday 1:00 - 3:00, Math 100

Session Chair: Ernian Pan 

1:00  H. Johnson, “Moments-based tight-binding calculations of local electronic structure in InAs/GaAs quantum dots”

1:40  D.T. Read and V.K. Tewary, “Atomic-scale displacement and strain fields of near-spherical Ge quantum dots in Si”

2:20  C.V. Ciobanu and V.K. Tewary, “Interaction of defects on reconstructed silicon surfaces”

2:40  C. Wang, M. Denda, and E. Pan, “Analysis of quantum dots induced strain and electric-field in piezoelectric semiconductor substrate by the Green's functions”

Session D2c

MULTISCALE GREEN'S FUNCTIONS AND MOLECULAR DYNAMICS

FOR QUANTUM NANOSTRUCTURES

Tuesday 3:20 - 5:40, Math 100

Session Chair:  David Read 

3:20  B. Yang, “Kanzaki force and formation energy of lattice defects in Si/Ge (001) quantum wells”

4:00  M.Yu. Melnikov and Y.A. Melnikov, “Green's functions for regions with inclusions”

4:20  S.N. Medyanik and W.K. Liu, “Lattice Green's function approach for multi-scale atomistic simulations of nanostructures”

4:40  J. Shi and R.G. Ghanem, “Probabilistic formulation of scale-coupling and uncertainty propagation in GF-based multiscale model”

5:00  E. Pan, “Green's function method for semiconductor nanostructrures”

5:20  V.K. Tewary, “Phonon Green's functions for carbon nanotubes containing defects”