KITE: high-performance quantum transport software
Creators
- 1. Universidade do Porto
- 2. University of Antwerp
- 3. Universidad Federal Rio de Janeiro
- 4. York University
Description
KITE is an open-source Python/C++ software suitable for Large-Scale Tight-Binding (TB) quantum transport calculations. The code is shipped with the following capabilities:
- Quantum Transport: longitudinal and transverse DC conductivities at zero and finite temperature;
- Optical Properties: AC longitudinal conductivity;
- Optical Properties: nonlinear optical susceptibility [x];
- Electronic Structure: high-resolution density of states (DoS) in clean and disordered systems;
- Special Features: automated magnetic field in 2D [x];
- Special Features: lattice perturbations (e.g., strain) and 'disorder cell' concept for implementation of multi-orbital/-bond impurities;
- Algorithms: ultra-high-resolution CPGF full spectral (DoS);
- Algorithms: high-resolution CPGF full spectral (finite temperature response functions);
- Algorithms: ultra-high-resolution CPGF single-shot (zero temperature DC conductivity)
[x] not available in the beta pre-release
Files
quantum-kite/kite-0.1.zip
Files
(751.4 kB)
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Additional details
Related works
- Is supplement to
- https://github.com/quantum-kite/kite/tree/0.1 (URL)