Numerical aspect of large-scale electronic state calculation for flexible device material

arXiv:1808.0202715 citationsh-index: 39
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This work addresses computational challenges in materials science for flexible organic devices, but the findings are preliminary and incremental.

The paper explores numerical methods for large-scale electronic state calculations in flexible organic device materials, focusing on participation ratio as a descriptor for disordered organic thin films and polymers. Results indicate a potential need for purpose-specific solvers for internal eigenpairs.

Numerical aspects of large-scale electronic state calculation are explored on flexible organic device materials. Physical theory, numerical method and real application studies are discussed in the context of application-algorithm-architecture co-design. An application study was carried out for disordered organic thin film. Participation ratio, a measure for the spatial extension of electronic wavefunction is focused on, since it is crucial for device property. A data scientific research is reported for a classification problem of disordered organic polymers, in which participation ratio is used as descriptor. These application studies indicate the potential need of purpose-specific solvers for internal eigenpairs.

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