New Nanoelectronic Modeling Tool Development
| New Nanoelectronic Modeling Tool Development |
Sunhee Lee & Gerhard Klimeck |
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Objective:
- Develop a new atomistic simulation tool for nanoelectronic modeling
- High performance
- Memory Efficient
- Easy to use & develop new science applications
- Deliver the new physics
- Replace existing NEMO 3-D capabilities & more
- Create a new application for supercomputing environment
- Toward Peta-flop application
Major Features & Impact
- 3D Domain decomposition scheme
- Capable of assigning more nodes to your simulation to reduce the simulation time
- Module-based design (implemented in C++)
- Parallelized (MPI ready)
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Ongoing projects (example)
- Donor physics
- Using Schroedinger-Poisson solver to see self-consistent potential profile of very high-doped P impurity system
- How will the bands move due to the donors in the device?
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Powerpoint slide as pdf, or as image below.
