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- About k-point sampling
- Annulene molecule between two graphene nanoribbon electrodes nanojunction
- Band structure of Ni
- Band structure of bulk graphene
- Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that
- Computer Lab
- Computing
- Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons
- Conductance of annulene molecule between graphene nanoribbon leads
- Conductance of annulene molecule between two graphene nanoribbon electrodes
- Conductance of graphene nanoribbons
- Conductance of single-molecule
- Conductance of topological insulators built from graphene nanoribbons
- Discretization of 1D continuous Hamiltonian
- Electronic structure of graphene and topological insulator nanowires
- Electronic structure of graphene nanoribbons: Tight-binding versus density functional theory methods
- Homework
- Homework Set 1
- Homework Set 2
- Homework Set 3
- Homework Set 4
- Homeworks
- How to construct matrix representation of tight-binding Hamiltonian of graphene for numerical calculations
- How to put magnetic field into tight-binding Hamiltonian
- How to submit GPAW jobs on mills
- Key equations from quantum statistical tools
- Lattice constant, DOS, and band structure of Si
- Lectures
- MATLAB Brief List of Commands
- Main Page
- PtH2Pt nanojunction
- References
- Research Projects
- Spin Hall effect in four terminal devices
- Spin and charge transport in 1D models of magnetic tunnel junctions: Quantum oscillations of magnetoresistance, dephasing, and spin-transfer torque
- Subband structure of carbon nanotubes
- Subband structure of graphene nanoribbons
- Syllabus
- Temp
- Temp HW 1
- Temp HW 2
- Temp HW 3
- Temp HW 4
- Temp Projects
- Topological Hall effect in four terminal devices
- Transport properties of ballistic and diffusive nanowires: A nonequilibrium Green function approach
