Member Gallery
Group Leader
Ph.D. Students
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Research Interest
- Modeling and design of nanoscale transistors
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Research Interest
- Rappture tools
- Simulation tools
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Research Interest
- Quantum computing in Si QD devices
- Electronic structure and relaxation rates in Si QDs
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Research Interest
- Electrostatic simulations of quantum dots, heterostructures
- Time dependent transport
- Decoherence in quantum systems
- Parallel computing
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Research Interest
- Modeling and simulation of nanoscale transistors
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Research Interest
- Nanoelectronics Modeling and simulations.
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Research Interest
- atomistic modeling of nanoscale devices
- NEGF based transport models
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Research Interest
- Quantum Physics and Device Physics.
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Research Interest
- Organic and Inorganic electronics and quantum transport in nanostructure and its application
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Research Interest
- Data Mining
- Statistical Analysis
- Data Visualization
- Machine learning
- Data analysis for nanoHUB
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Research Interest
- High Performance Computing
- Heterogeneous Computing
- Numerical Solvers
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Research Interest
- Data Analytics
- Cloud Computing Optimization
- Machine Learning Algorithms
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Research Interest
- Developing effective Hamiltonian and device models of topological superconductors in NEMO5
- Modeling of spin orbit torque and screening for optimal materials and devices
- Design of UV-LED based on 2D materials such as hexagonal boron nitride
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Research Interest
- Novel electronic devices beyond Moore's law
- Development of advanced methodologies or algorithms for investigating new physics in nanostructures
- Spin transport in condensed matter systems
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Research Interest
- Quantum mechanical modeling
- Chemical reaction acceleration in microdroplets
- Multiscale modeling of III-V HEMT including defect characterization
